English Clearspeak AbsoluteValue rule tests.

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_Auto.

0	$\| x \|$	the absolute value of x
1	$\| x + 1 \|$	the absolute value of x plus 1
2	$\| x \| + 1$	the absolute value of x, plus 1
3	$\| x \| + \| y \| \geq \| z \|$	the absolute value of x, plus, the absolute value of y, is greater than or equal to, the absolute value of z
4	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
5	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
6	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
7	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
8	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
9	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
10	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_AbsEnd.

0	$\| x \|$	the absolute value of x, end absolute value
1	$\| x + 1 \|$	the absolute value of x plus 1, end absolute value
2	$\| x \| + 1$	the absolute value of x, end absolute value, plus 1
3	$\| x \| + \| y \| \geq \| z \|$	the absolute value of x, end absolute value, plus, the absolute value of y, end absolute value, is greater than or equal to, the absolute value of z, end absolute value
4	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
5	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
6	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
7	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
8	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
9	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
10	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_Cardinality.

| S |

the cardinality of S

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_Determinant.

| M |

the determinant of M

English Clearspeak CapitalLetters rule tests. Locale: en, Style: Caps_Auto.

0	$\frac{\sin A}{a} = \frac{\sin B}{b}$	sine A over a, equals, sine B over b
1	$c^{2} = a^{2} + b^{2} - 2 a b \cos C$	c squared equals a squared plus b squared minus 2 a b cosine C
2	$\tan A = \frac{a}{b}$	tangent A equals, a over b
3	$A B$	A B
4	$a A$	a A
5	$b A$	b A
6	$B a$	B a
7	$∠ A B C$	angle A B C
8	$m ∠ A B C$	the measure of angle A B C
9	$m ∠ A$	the measure of angle A

English Clearspeak CapitalLetters rule tests. Locale: en, Style: Caps_SayCaps.

0	$\frac{\sin A}{a} = \frac{\sin B}{b}$	sine cap A over a, equals, sine cap B over b
1	$c^{2} = a^{2} + b^{2} - 2 a b \cos C$	c squared equals a squared plus b squared minus 2 a b cosine cap C
2	$\tan A = \frac{a}{b}$	tangent cap A equals, a over b
3	$A B$	cap A, cap B
4	$a A$	a, cap A
5	$b A$	b, cap A
6	$B a$	cap B, a
7	$∠ A B C$	angle cap A, cap B, cap C
8	$m ∠ A B C$	the measure of angle cap A, cap B, cap C
9	$m ∠ A$	the measure of angle cap A
10	$∠ A$	angle cap A

English Clearspeak Coverage tests. Locale: en, Style: Verbose.

0	$f g (x)$	f of, g of x
1	$f g x = f (x) + g (x)$	f of, g of x, equals f of x, plus g of x
2	$\sin (x) y$	sine x y
3	$\begin{matrix} a \end{matrix}$	2 lines, Line 1: a. Line 2: blank
4	$\begin{matrix} a \end{matrix}$	2 lines, Line 1: a. Line 2: blank
5	$\begin{matrix} a \end{matrix}$	2 lines, Line 1: a. Line 2: blank
6	$\begin{matrix} a & = & b \end{matrix}$	2 lines, Line 1: a; equals; b
7	$\begin{matrix} a & = & b \end{matrix}$	2 lines, Line 1: a; equals; b. Line 2: blank
8	$\begin{matrix} a & = & b \end{matrix}$	2 lines, Line 1: a; equals; b. Line 2: blank
9	$\begin{matrix} a & = & b \\ 1 & 2 \end{matrix}$	2 lines, Line 1: a; equals; b. Line 2: 1; blank; 2
10	$45 ° 10^{'} 20^{″}$	45 degrees, 10 minutes, 20 seconds
11	$1 ° 10^{'} 20^{″}$	1 degree, 10 minutes, 20 seconds
12	$45 ° 1^{'} 20^{″}$	45 degrees, 1 minute, 20 seconds
13	$45 ° 10^{'} 1^{″}$	45 degrees, 10 minutes, 1 second
14	$1^{'} 20^{″}$	1 foot, 20 inches
15	$10^{'} 1^{″}$	10 feet, 1 inch
16	$12$	enclosed with box 12
17	$12$	crossed out 12
18	$\underset{12}{2}$	12 crossed out with 2
19	$\underset{2}{12}$	12 crossed out with 2
20	$\overset{2}{12}$	12 crossed out with 2
21	$\overset{12}{2}$	12 crossed out with 2
22	$A$	vertical bar A
23	$A$	A horizontal bar
24	$A$	A vertical bar
25	$A$	A over horizontal bar
26	$\sqrt{\sqrt[3]{a} + b}$	the square root of, the cube root of a, plus b
27	$\sqrt{\sqrt[4]{a} + b}$	the square root of, the fourth root of a, plus b
28	$\sqrt{\sqrt{a} + b}$	the square root of, the square root of a, plus b
29	${}_{a}^{b}x_{c}^{d}$	left sub a left super b x right sub c right super d
30	${}_{a}^{g}_{b}^{h}x_{c}^{e}_{d}^{f}$	left sub a b left super g h x right sub c d right super e f
31	${}_{a}^{b}x^{d}$	left sub a left super b x; right super d
32	${}_{a}^{b}x_{c} r$	left sub a left super b x right sub c; r
33	$l {}^{b}x_{c}^{d}$	l; left super b x right sub c right super d
34	${}_{a}x_{c}^{d}$	left sub a; x right sub c right super d
35	${x \notin A \| B}$	the set of all x not in A such that B
36	${B}$	the set B
37	${}$	the empty set
38	$Q^{+}$	the positive rational numbers
39	$ℚ^{+}$	the positive rational numbers
40	$Q^{-}$	the negative rational numbers
41	$ℚ^{-}$	the negative rational numbers
42	$Q^{2}$	q-two
43	$ℚ^{2}$	q-two
44	$N^{2}$	n-two
45	$ℕ^{2}$	n-two
46	a	a
47	$\frac{10}{20}$	10 over 20
48	$\frac{2 km}{b}$	2 kilometers over b
49	$1.4 \bar{3}$	the repeating decimal 1 point 4 followed by repeating digit 3
50	$3^{2^{2}}$	3 raised to the 2 squared power
51	$3^{i^{2}}$	3 raised to the i squared power
52	$3^{{\frac{2}{3}}^{2}}$	3 raised to the two thirds squared power
53	$3^{2^{3}}$	3 raised to the 2 cubed power
54	$3^{i^{3}}$	3 raised to the i cubed power
55	$3^{{\frac{2}{3}}^{3}}$	3 raised to the two thirds cubed power
56	$a \leq b = c$	a is less than or equal to b equals c
57	$3^{\sin (2 + x)}$	3 raised to the sine of, open paren, 2 plus x, close paren, power
58	$\sum^{I}$	sum under I
59	$\overset{B}{A}$	A under B

English Clearspeak Coverage tests. Locale: en, Style: Prime_Angle.

0	$45 ° 10^{'} 20^{″}$	45 degrees, 10 minutes, 20 seconds
1	$1 ° 10^{'} 20^{″}$	1 degree, 10 minutes, 20 seconds
2	$45 ° 1^{'} 20^{″}$	45 degrees, 1 minute, 20 seconds
3	$45 ° 10^{'} 1^{″}$	45 degrees, 10 minutes, 1 second
4	$1^{'} 20^{″}$	1 minute, 20 seconds
5	$10^{'} 1^{″}$	10 minutes, 1 second

English Clearspeak Coverage tests. Locale: en, Style: Prime_Length.

0	$45 ° 10^{'} 20^{″}$	45 degrees, 10 minutes, 20 seconds
1	$1 ° 10^{'} 20^{″}$	1 degree, 10 minutes, 20 seconds
2	$45 ° 1^{'} 20^{″}$	45 degrees, 1 minute, 20 seconds
3	$45 ° 10^{'} 1^{″}$	45 degrees, 10 minutes, 1 second
4	$1^{'} 20^{″}$	1 foot, 20 inches
5	$10^{'} 1^{″}$	10 feet, 1 inch

English Clearspeak Coverage tests. Locale: en, Style: Enclosed_EndEnclose.

0	$12$	enclosed with box 12 end enclosed
1	$12$	crossed out 12 end crossout
2	$\underset{12}{2}$	crossed out 12 with 2 end crossout
3	$\underset{2}{12}$	crossed out 12 with 2 end crossout
4	$\overset{2}{12}$	crossed out 12 with 2 end crossout
5	$\overset{12}{2}$	crossed out 12 with 2 end crossout

English Clearspeak Coverage tests. Locale: en, Style: Roots_PosNegSqRoot.

\sqrt{\sqrt{a} + b}

the positive square root of, the positive square root of a, plus b

English Clearspeak Coverage tests. Locale: en, Style: Roots_PosNegSqRootEnd.

0	$\sqrt{\sqrt{a} + b}$	the positive square root of, the positive square root of a, plus b, end root
1	$\sqrt{- \sqrt{a} + b}$	the positive square root of, the negative square root of a, end root, plus b, end root

English Clearspeak Coverage tests. Locale: en, Style: SetMemberSymbol_Belongs.

{x \notin A | B}

the set of all x not belonging to A such that B

English Clearspeak Coverage tests. Locale: en, Style: SetMemberSymbol_Element.

{x \notin A | B}

the set of all x not an element of A such that B

English Clearspeak Coverage tests. Locale: en, Style: SetMemberSymbol_Member.

{x \notin A | B}

the set of all x not a member of A such that B

English Clearspeak Coverage tests. Locale: en, Style: MultiLineLabel_Case.

\begin{matrix} f (x) = - x if x < 0 \\ f (x) = x if x \geq 0 \end{matrix}

2 cases, Case 1: f of x, equals negative x, if x is less than 0. Case 2: f of x, equals x, if x is greater than or equal to 0

English Clearspeak Coverage tests. Locale: en, Style: MultiLineLabel_Constraint.

\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x if x \geq 0 \end{matrix}

2 constraints, Constraint 1: f of x, equals negative x; if x is less than 0. Constraint 2: f of x, equals x, if x is greater than or equal to 0

English Clearspeak Coverage tests. Locale: en, Style: VerticalLine_SuchThat.

3 | 6

3 such that 6

English Clearspeak Coverage tests. Locale: en, Style: Matrix_EndVector.

| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} |

the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end determinant

English Clearspeak Coverage tests. Locale: en, Style: Paren_Speak.

(f + g) (2 + x)

open paren, f plus g, close paren, of, open paren, 2 plus x, close paren

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: Verbose.

0	${z \in A : z}$	the set of all z in A such that z
1	${z ∊ A : z}$	the set of all z in A such that z
2	${z \notin A : z}$	the set of all z not in A such that z
3	${A ∋ z : z}$	the set of all A contains as member z such that z
4	${A ∍ z : z}$	the set of all A contains as member z such that z
5	${A ∌ z : z}$	the set of all A does not contain as member z such that z
6	$z \in A$	z is a member of A
7	$z ∊ A$	z is a member of A
8	$z \notin A$	z is not a member of A
9	$A ∋ z$	A contains as member z
10	$A ∍ z$	A contains as member z
11	$A ∌ z$	A does not contain as member z
12	$\sum_{z \in A}$	sum over z is a member of A
13	$\sum_{z ∊ A}$	sum over z is a member of A
14	$\sum_{z \notin A}$	sum over z is not a member of A
15	$\sum_{A ∋ z}$	sum over A contains as member z
16	$\sum_{A ∍ z}$	sum over A contains as member z
17	$\sum_{A ∌ z}$	sum over A does not contain as member z

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Auto.

0	$z \in A$	z is a member of A
1	${z \in A : z}$	the set of all z in A such that z
2	$\sum_{z \in A}$	sum over z is a member of A
3	$z \notin A$	z is not a member of A
4	${z \notin A : z}$	the set of all z not in A such that z
5	$\sum_{z \notin A}$	sum over z is not a member of A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Member.

0	$z \in A$	z is a member of A
1	${z \in A : z}$	the set of all z member of A such that z
2	$\sum_{z \in A}$	sum over z is a member of A
3	$z \notin A$	z is not a member of A
4	${z \notin A : z}$	the set of all z not a member of A such that z
5	$\sum_{z \notin A}$	sum over z is not a member of A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Element.

0	$z \in A$	z is an element of A
1	${z \in A : z}$	the set of all z element of A such that z
2	$\sum_{z \in A}$	sum over z is an element of A
3	$z \notin A$	z is not an element of A
4	${z \notin A : z}$	the set of all z not an element of A such that z
5	$\sum_{z \notin A}$	sum over z is not an element of A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_In.

0	$z \in A$	z is in A
1	${z \in A : z}$	the set of all z in A such that z
2	$\sum_{z \in A}$	sum over z is in A
3	$z \notin A$	z is not in A
4	${z \notin A : z}$	the set of all z not in A such that z
5	$\sum_{z \notin A}$	sum over z is not in A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Belongs.

0	$z \in A$	z belongs to A
1	${z \in A : z}$	the set of all z belonging to A such that z
2	$\sum_{z \in A}$	sum over z belongs to A
3	$z \notin A$	z does not belong to A
4	${z \notin A : z}$	the set of all z not belonging to A such that z
5	$\sum_{z \notin A}$	sum over z does not belong to A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Belongs:Caps_SayCaps:Fraction_GeneralEndFrac.

{a \in A | \frac{1}{a}}

the set of all a belonging to, cap A such that, the fraction with numerator 1, and denominator a, end fraction

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_Auto.

0	$3^{2}$	3 squared
1	$3^{3}$	3 cubed
2	$3^{5}$	3 to the fifth power
3	$3^{1}$	3 to the first power
4	$b^{1}$	b to the first power
5	$3^{5.0}$	3 raised to the 5.0 power
6	$3^{0}$	3 to the 0 power
7	$4^{11}$	4 to the 11th power
8	$3^{- 2}$	3 to the negative 2 power
9	$3^{- 2.0}$	3 raised to the negative 2.0 power
10	$4^{x}$	4 to the x-th power
11	$3^{y + 2}$	3 raised to the y plus 2 power
12	${(2 y - 3)}^{3 z + 8}$	open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power
13	$p_{1}^{2}$	p sub 1, squared
14	$p_{1}^{3}$	p sub 1, cubed
15	$p_{1}^{4}$	p sub 1, to the fourth power
16	$p_{1}^{10}$	p sub 1, to the tenth power
17	$p_{1}^{x + 1}$	p sub 1, raised to the x plus 1 power
18	$p_{x_{1}}^{2}$	p sub, x sub 1, squared
19	$p_{x_{1}}^{3}$	p sub, x sub 1, cubed
20	$p_{x_{1}}^{4}$	p sub, x sub 1, to the fourth power
21	$p_{x_{1}}^{10}$	p sub, x sub 1, to the tenth power
22	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the y plus 1 power
23	$3^{2^{2}}$	3 raised to the 2 squared power
24	$3^{2 x^{2}}$	3 raised to the 2 x squared power
25	$5^{2^{3}}$	5 raised to the 2 cubed power
26	$5^{2 x^{3}}$	5 raised to the 2 x cubed power
27	$3^{2^{2} + 1}$	3 raised to the exponent, 2 squared plus 1, end exponent
28	$3^{2^{2}} + 1$	3 raised to the 2 squared power, plus 1
29	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent, x squared plus 3 x cubed, end exponent
30	$3^{3^{4}}$	3 raised to the exponent, 3 to the fourth power, end exponent
31	$3^{3^{4} + 2}$	3 raised to the exponent, 3 to the fourth power, plus 2, end exponent
32	$3^{3^{4}} + 2$	3 raised to the exponent, 3 to the fourth power, end exponent, plus 2
33	$2^{x^{4}}$	2 raised to the exponent, x to the fourth power, end exponent
34	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the x plus 3 power, end exponent
35	$3^{3^{10}}$	3 raised to the exponent, 3 to the tenth power, end exponent
36	$3^{3^{10} + 1}$	3 raised to the exponent, 3 to the tenth power, plus 1, end exponent
37	$3^{3^{10}} + 1$	3 raised to the exponent, 3 to the tenth power, end exponent, plus 1
38	$3^{{(x + 1)}^{2}}$	3 raised to the exponent, open paren, x plus 1, close paren, squared, end exponent
39	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the tenth power, end exponent
40	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the y plus 2 power, end exponent
41	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, plus 2, end exponent
42	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, end exponent, plus 2
43	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent, negative one half times, open paren, the fraction with numerator x minus mu, and denominator sigma, close paren, squared, end exponent
44	$2^{n}$	2 to the n-th power
45	$2^{m}$	2 to the m-th power
46	$2^{i}$	2 to the i-th power
47	$2^{j}$	2 to the j-th power
48	$2^{a}$	2 to the a-th power

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_Ordinal.

0	$3^{2}$	3 to the second
1	$3^{3}$	3 to the third
2	$3^{0}$	3 to the zero
3	$3^{1}$	3 to the first
4	$3^{5}$	3 to the fifth
5	$4^{3.0}$	4 raised to the 3.0 power
6	$4^{11}$	4 to the eleventh
7	$3^{- 2}$	3 to the negative 2
8	$3^{- 2.0}$	3 raised to the negative 2.0 power
9	$4^{x}$	4 to the x-th
10	$3^{y + 2}$	3 raised to the y plus 2 power
11	${(2 y - 3)}^{3 z + 8}$	open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power
12	$p_{1}^{2}$	p sub 1, to the second
13	$p_{1}^{3}$	p sub 1, to the third
14	$p_{1}^{4}$	p sub 1, to the fourth
15	$p_{1}^{10}$	p sub 1, to the tenth
16	$p_{1}^{x + 1}$	p sub 1, raised to the x plus 1 power
17	$p_{x_{1}}^{2}$	p sub, x sub 1, to the second
18	$p_{x_{1}}^{3}$	p sub, x sub 1, to the third
19	$p_{x_{1}}^{4}$	p sub, x sub 1, to the fourth
20	$p_{x_{1}}^{10}$	p sub, x sub 1, to the tenth
21	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the y plus 1 power
22	$3^{2^{2}}$	3 raised to the exponent, 2 to the second, end exponent
23	$3^{2 x^{2}}$	3 raised to the exponent, 2 x to the second, end exponent
24	$5^{2^{3}}$	5 raised to the exponent, 2 to the third, end exponent
25	$5^{2 x^{3}}$	5 raised to the exponent, 2 x to the third, end exponent
26	$3^{2^{2} + 1}$	3 raised to the exponent, 2 to the second, plus 1, end exponent
27	$3^{2^{2}} + 1$	3 raised to the exponent, 2 to the second, end exponent, plus 1
28	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent, x to the second, plus 3 x to the third, end exponent
29	$3^{3^{4}}$	3 raised to the exponent, 3 to the fourth, end exponent
30	$3^{3^{4} + 2}$	3 raised to the exponent, 3 to the fourth, plus 2, end exponent
31	$3^{3^{4}} + 2$	3 raised to the exponent, 3 to the fourth, end exponent, plus 2
32	$2^{x^{4}}$	2 raised to the exponent, x to the fourth, end exponent
33	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the x plus 3 power, end exponent
34	$3^{3^{10}}$	3 raised to the exponent, 3 to the tenth, end exponent
35	$3^{3^{10} + 1}$	3 raised to the exponent, 3 to the tenth, plus 1, end exponent
36	$3^{3^{10}} + 1$	3 raised to the exponent, 3 to the tenth, end exponent, plus 1
37	$3^{{(x + 1)}^{2}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the second, end exponent
38	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the tenth, end exponent
39	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the y plus 2 power, end exponent
40	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent, open paren, x plus 1, close paren, to the y-th, plus 2, end exponent
41	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent, open paren, x plus 1, close paren, to the y-th, end exponent, plus 2
42	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent, negative one half x to the second, end exponent
43	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent, negative one half times, open paren, the fraction with numerator x minus mu, and denominator sigma, close paren, to the second, end exponent

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_OrdinalPower.

0	$3^{2}$	3 to the second power
1	$3^{3}$	3 to the third power
2	$3^{0}$	3 to the zero power
3	$3^{1}$	3 to the first power
4	$3^{5}$	3 to the fifth power
5	$3^{5.0}$	3 raised to the 5.0 power
6	$4^{11}$	4 to the eleventh power
7	$3^{- 2}$	3 to the negative 2 power
8	$3^{- 2.0}$	3 raised to the negative 2.0 power
9	$4^{x}$	4 to the x-th power
10	$3^{y + 2}$	3 raised to the y plus 2 power
11	${(2 y - 3)}^{3 z + 8}$	open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power
12	$p_{1}^{2}$	p sub 1, to the second power
13	$p_{1}^{3}$	p sub 1, to the third power
14	$p_{1}^{4}$	p sub 1, to the fourth power
15	$p_{1}^{10}$	p sub 1, to the tenth power
16	$p_{1}^{x + 1}$	p sub 1, raised to the x plus 1 power
17	$p_{x_{1}}^{2}$	p sub, x sub 1, to the second power
18	$p_{x_{1}}^{3}$	p sub, x sub 1, to the third power
19	$p_{x_{1}}^{4}$	p sub, x sub 1, to the fourth power
20	$p_{x_{1}}^{10}$	p sub, x sub 1, to the tenth power
21	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the y plus 1 power
22	$3^{2^{2}}$	3 raised to the exponent, 2 to the second power, end exponent
23	$3^{2 x^{2}}$	3 raised to the exponent, 2 x to the second power, end exponent
24	$5^{2^{3}}$	5 raised to the exponent, 2 to the third power, end exponent
25	$5^{2 x^{3}}$	5 raised to the exponent, 2 x to the third power, end exponent
26	$3^{2^{2} + 1}$	3 raised to the exponent, 2 to the second power, plus 1, end exponent
27	$3^{2^{2}} + 1$	3 raised to the exponent, 2 to the second power, end exponent, plus 1
28	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent, x to the second power, plus 3 x to the third power, end exponent
29	$3^{3^{4}}$	3 raised to the exponent, 3 to the fourth power, end exponent
30	$3^{3^{4} + 2}$	3 raised to the exponent, 3 to the fourth power, plus 2, end exponent
31	$3^{3^{4}} + 2$	3 raised to the exponent, 3 to the fourth power, end exponent, plus 2
32	$2^{x^{4}}$	2 raised to the exponent, x to the fourth power, end exponent
33	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the x plus 3 power, end exponent
34	$3^{3^{10}}$	3 raised to the exponent, 3 to the tenth power, end exponent
35	$3^{3^{10} + 1}$	3 raised to the exponent, 3 to the tenth power, plus 1, end exponent
36	$3^{3^{10}} + 1$	3 raised to the exponent, 3 to the tenth power, end exponent, plus 1
37	$3^{{(x + 1)}^{2}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the second power, end exponent
38	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the tenth power, end exponent
39	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the y plus 2 power, end exponent
40	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, plus 2, end exponent
41	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, end exponent, plus 2
42	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent, negative one half x to the second power, end exponent
43	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent, negative one half times, open paren, the fraction with numerator x minus mu, and denominator sigma, close paren, to the second power, end exponent

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_AfterPower.

0	$3^{2}$	3 raised to the power 2
1	$3^{3}$	3 raised to the power 3
2	$3^{1}$	3 raised to the power 1
3	$3^{0}$	3 raised to the power 0
4	$3^{5}$	3 raised to the power 5
5	$3^{5.0}$	3 raised to the power 5.0
6	$4^{11}$	4 raised to the power 11
7	$3^{- 2}$	3 raised to the power negative 2
8	$3^{- 2.0}$	3 raised to the power negative 2.0
9	$4^{x}$	4 raised to the power x
10	$3^{y + 2}$	3 raised to the power y plus 2
11	${(2 y - 3)}^{3 z + 8}$	open paren, 2 y, minus 3, close paren, raised to the power 3 z plus 8
12	$p_{1}^{2}$	p sub 1, raised to the power 2
13	$p_{1}^{3}$	p sub 1, raised to the power 3
14	$p_{1}^{4}$	p sub 1, raised to the power 4
15	$p_{1}^{10}$	p sub 1, raised to the power 10
16	$p_{1}^{x + 1}$	p sub 1, raised to the power x plus 1
17	$p_{x_{1}}^{2}$	p sub, x sub 1, raised to the power 2
18	$p_{x_{1}}^{3}$	p sub, x sub 1, raised to the power 3
19	$p_{x_{1}}^{4}$	p sub, x sub 1, raised to the power 4
20	$p_{x_{1}}^{10}$	p sub, x sub 1, raised to the power 10
21	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the power y plus 1
22	$3^{2^{2}}$	3 raised to the exponent, 2 raised to the power 2, end exponent
23	$3^{2 x^{2}}$	3 raised to the exponent, 2 x raised to the power 2, end exponent
24	$3^{2^{2}}$	3 raised to the exponent, 2 raised to the power 2, end exponent
25	$3^{2 x^{2}}$	3 raised to the exponent, 2 x raised to the power 2, end exponent
26	$5^{2^{3}}$	5 raised to the exponent, 2 raised to the power 3, end exponent
27	$5^{2 x^{3}}$	5 raised to the exponent, 2 x raised to the power 3, end exponent
28	$3^{2^{2} + 1}$	3 raised to the exponent, 2 raised to the power 2, plus 1, end exponent
29	$3^{2^{2}} + 1$	3 raised to the exponent, 2 raised to the power 2, end exponent, plus 1
30	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent, x raised to the power 2, plus 3 x raised to the power 3, end exponent
31	$3^{3^{4}}$	3 raised to the exponent, 3 raised to the power 4, end exponent
32	$3^{3^{4} + 2}$	3 raised to the exponent, 3 raised to the power 4, plus 2, end exponent
33	$3^{3^{4}} + 2$	3 raised to the exponent, 3 raised to the power 4, end exponent, plus 2
34	$2^{x^{4}}$	2 raised to the exponent, x raised to the power 4, end exponent
35	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the power x plus 3, end exponent
36	$3^{3^{10}}$	3 raised to the exponent, 3 raised to the power 10, end exponent
37	$3^{3^{10} + 1}$	3 raised to the exponent, 3 raised to the power 10, plus 1, end exponent
38	$3^{3^{10}} + 1$	3 raised to the exponent, 3 raised to the power 10, end exponent, plus 1
39	$3^{{(x + 1)}^{2}}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the power 2, end exponent
40	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the power 10, end exponent
41	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the power y plus 2, end exponent
42	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the power y, plus 2, end exponent
43	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the power y, end exponent, plus 2
44	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent, negative one half x raised to the power 2, end exponent
45	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent, negative one half times, open paren, the fraction with numerator x minus mu, and denominator sigma, close paren, raised to the power 2, end exponent

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Auto.

0	$\frac{1}{2}$	one half
1	$\frac{12}{32}$	12 over 32
2	$\frac{x}{y}$	x over y
3	$\frac{2 x}{3 y}$	2 x over 3 y
4	$\frac{x y}{c d}$	x y over c d
5	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third
6	$\frac{- x}{y}$	negative x over y
7	$\frac{- 2 x}{3 y}$	negative 2 x over 3 y
8	$\frac{x y}{- c d}$	x y over negative c d
9	$\frac{\frac{1}{2}}{- \frac{1}{3}}$	one half over negative one third
10	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13
11	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2
12	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y
13	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y, and denominator x minus y, plus two thirds
14	$\frac{miles}{gallon}$	miles over gallon
15	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons
16	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons
17	$\frac{rise}{run}$	rise over run
18	$\frac{successful outcomes}{total outcomes}$	successful outcomes over total outcomes
19	$\frac{6 ways of rolling a 7}{36 ways of rolling the pair of dice}$	6 ways of rolling a 7 over 36 ways of rolling the pair of dice
20	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third
21	$\frac{1}{\frac{2}{\frac{1}{3}}}$	the fraction with numerator 1, and denominator, 2 over one third
22	$\frac{\frac{1}{2}}{3}$	one half over 3
23	$\frac{1}{\frac{2}{3}}$	1 over two thirds
24	$\frac{\frac{11}{32}}{\frac{16}{51}}$	the fraction with numerator, 11 over 32, and denominator, 16 over 51
25	$\frac{11}{\frac{32}{\frac{16}{51}}}$	the fraction with numerator 11, and denominator, the fraction with numerator 32, and denominator, 16 over 51
26	$\frac{1 + \frac{4}{x}}{2}$	the fraction with numerator 1 plus, 4 over x, and denominator 2
27	$\frac{3}{2 + \frac{4}{x}}$	the fraction with numerator 3, and denominator 2 plus, 4 over x
28	$\frac{\frac{10}{22}}{\frac{1}{2}}$	the fraction with numerator, 10 over 22, and denominator one half
29	$\frac{1 + \frac{2}{3}}{1 - \frac{2}{3}}$	the fraction with numerator 1 plus two thirds, and denominator 1 minus two thirds
30	$\frac{1 + \frac{x}{2}}{1 - \frac{x}{2}}$	the fraction with numerator 1 plus, x over 2, and denominator 1 minus, x over 2
31	$\frac{\frac{x + 1}{x - 1} + 1}{x + 1}$	the fraction with numerator, the fraction with numerator x plus 1, and denominator x minus 1, plus 1, and denominator x plus 1
32	$\frac{\frac{x + 1}{x - 4} + \frac{1}{2}}{x + \frac{1}{16}}$	the fraction with numerator, the fraction with numerator x plus 1, and denominator x minus 4, plus one half, and denominator x plus, 1 over 16
33	$1 + \frac{x}{1 + \frac{2}{x}}$	1 plus, the fraction with numerator x, and denominator 1 plus, 2 over x
34	$1 + \frac{x + 3}{1 + \frac{2}{x + 3}}$	1 plus, the fraction with numerator x plus 3, and denominator 1 plus, the fraction with numerator 2, and denominator x plus 3
35	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + 1}}}$	1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus 1
36	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + \dots}}}$	1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus dot dot dot
37	$a_{0} + \frac{1}{a_{1} + \frac{1}{a_{2} + \frac{1}{a_{3} + \dots}}}$	a sub 0, plus, the fraction with numerator 1, and denominator, a sub 1, plus, the fraction with numerator 1, and denominator, a sub 2, plus, the fraction with numerator 1, and denominator, a sub 3, plus dot dot dot
38	$\frac{f (x)}{g (x)}$	f of x, over g of x
39	$\frac{f (x) + g (x)}{g (x)}$	the fraction with numerator f of x, plus g of x, and denominator g of x
40	$\frac{f (x + 1)}{g (x)}$	the fraction with numerator f of, open paren, x plus 1, close paren, and denominator g of x
41	$\frac{f (x)}{2}$	f of x, over 2
42	$\frac{2}{f (x)}$	2 over f of x
43	$\frac{2}{g (x) + g (x + 1)}$	the fraction with numerator 2, and denominator g of x, plus g of, open paren, x plus 1, close paren
44	$\frac{\sin x}{\cos x}$	sine x over cosine x
45	$\frac{\sin x + \cos x}{\cos x}$	the fraction with numerator sine x plus cosine x, and denominator cosine x
46	$\frac{\sin 2 x}{\cos 3 x}$	sine 2 x over cosine 3 x
47	$\frac{\sin (x + y)}{\cos (x + y)}$	the fraction with numerator, the sine of, open paren, x plus y, close paren, and denominator, the cosine of, open paren, x plus y, close paren
48	$\frac{f (2 x)}{g (3 x)}$	f of 2 x, over g of 3 x
49	$\frac{\log x}{\log y}$	log x over log y
50	$\frac{\log 2 x}{\log 3 y}$	log 2 x over log 3 y
51	$\frac{\log_{10} x}{\log_{5} y}$	the log base 10 of, x, over, the log base 5 of, y
52	$\frac{\log_{10} 2 x}{\log_{5} 3 y}$	the log base 10 of, 2 x, over, the log base 5 of, 3 y
53	$\frac{\log (x + 1)}{\log y}$	the fraction with numerator, the log of, open paren, x plus 1, close paren, and denominator log y
54	$\frac{f_{1} (x)}{g_{1} (x)}$	f sub 1, of x, over, g sub 1, of x

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Over.

0	$\frac{1}{2}$	1 over 2
1	$\frac{12}{32}$	12 over 32
2	$\frac{2 + 3}{13}$	2 plus 3 over 13
3	$\frac{x + y}{2}$	x plus y over 2
4	$\frac{x + y}{x - y}$	x plus y over x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	x plus y over x minus y, plus, 2 over 3
6	$\frac{miles}{gallon}$	miles over gallon
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_OverEndFrac.

0	$\frac{1}{2}$	1 over 2, end fraction
1	$\frac{12}{32}$	12 over 32, end fraction
2	$\frac{2 + 3}{13}$	2 plus 3 over 13, end fraction
3	$\frac{x + y}{2}$	x plus y over 2, end fraction
4	$\frac{x + y}{x - y}$	x plus y over x minus y, end fraction
5	$\frac{x + y}{x - y} + \frac{2}{3}$	x plus y over x minus y, end fraction, plus, 2 over 3, end fraction
6	$\frac{miles}{gallons}$	miles over gallons, end fraction
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons, end fraction

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_GeneralEndFrac.

0	$\frac{1}{2}$	the fraction with numerator 1, and denominator 2, end fraction
1	$\frac{12}{32}$	the fraction with numerator 12, and denominator 32, end fraction
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13, end fraction
3	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2, end fraction
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y, end fraction
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y, and denominator x minus y, end fraction, plus, the fraction with numerator 2, and denominator 3, end fraction
6	$\frac{miles}{gallon}$	the fraction with numerator miles, and denominator gallon, end fraction

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_General.

0	$\frac{1}{2}$	the fraction with numerator 1, and denominator 2
1	$\frac{12}{32}$	the fraction with numerator 12, and denominator 32
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13
3	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y, and denominator x minus y, plus, the fraction with numerator 2, and denominator 3
6	$\frac{miles}{gallon}$	the fraction with numerator miles, and denominator gallon
7	$\frac{2 miles}{3 gallons}$	the fraction with numerator 2 miles, and denominator 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_FracOver.

0	$\frac{1}{2}$	the fraction 1 over 2
1	$\frac{12}{32}$	the fraction 12 over 32
2	$\frac{2 + 3}{13}$	the fraction 2 plus 3 over 13
3	$\frac{x + y}{2}$	the fraction x plus y over 2
4	$\frac{x + y}{x - y}$	the fraction x plus y over x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction x plus y over x minus y, plus, the fraction 2 over 3
6	$\frac{miles}{gallon}$	the fraction miles over gallon
7	$\frac{2 miles}{3 gallons}$	the fraction 2 miles over 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Per.

0	$\frac{1}{2}$	1 per 2
1	$\frac{12}{32}$	12 per 32
2	$\frac{2 + 3}{13}$	2 plus 3 per 13
3	$\frac{x + y}{2}$	x plus y per 2
4	$\frac{x + y}{x - y}$	x plus y per x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	x plus y per x minus y, plus, 2 per 3
6	$\frac{miles}{gallon}$	miles per gallon
7	$\frac{2 miles}{3 gallons}$	2 miles per 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Ordinal.

0	$\frac{1}{2}$	one half
1	$\frac{12}{32}$	twelve thirty seconds
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13
3	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y, and denominator x minus y, plus two thirds
6	$\frac{miles}{gallon}$	miles over gallon
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_EndFrac.

0	$\frac{1}{2}$	one half
1	$\frac{12}{32}$	12 over 32, end fraction
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13, end fraction
3	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2, end fraction
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y, end fraction
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y, and denominator x minus y, end fraction, plus two thirds
6	$\frac{miles}{gallons}$	miles over gallons
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons
8	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third
9	$\frac{1}{\frac{2}{\frac{1}{3}}}$	the fraction with numerator 1, and denominator, 2 over one third, end fraction
10	$\frac{\frac{1}{2}}{3}$	one half over 3, end fraction
11	$\frac{1}{\frac{2}{3}}$	1 over two thirds, end fraction
12	$\frac{\frac{11}{32}}{\frac{16}{51}}$	the fraction with numerator, 11 over 32, and denominator, 16 over 51, end fraction
13	$\frac{11}{\frac{32}{\frac{16}{51}}}$	the fraction with numerator 11, and denominator, the fraction with numerator 32, and denominator, 16 over 51, end fraction
14	$\frac{1 + \frac{4}{x}}{2}$	the fraction with numerator 1 plus, 4 over x, and denominator 2, end fraction
15	$\frac{3}{2 + \frac{4}{x}}$	the fraction with numerator 3, and denominator 2 plus, 4 over x, end fraction
16	$\frac{\frac{10}{22}}{\frac{1}{2}}$	the fraction with numerator, 10 over 22, and denominator one half, end fraction
17	$\frac{1 + \frac{2}{3}}{1 - \frac{2}{3}}$	the fraction with numerator 1 plus two thirds, and denominator 1 minus two thirds, end fraction
18	$\frac{1 + \frac{x}{2}}{1 - \frac{x}{2}}$	the fraction with numerator 1 plus, x over 2, and denominator 1 minus, x over 2, end fraction
19	$\frac{\frac{x + 1}{x - 1} + 1}{x + 1}$	the fraction with numerator, the fraction with numerator x plus 1, and denominator x minus 1, plus 1, and denominator x plus 1, end fraction
20	$\frac{\frac{x + 1}{x - 4} + \frac{1}{2}}{x + \frac{1}{16}}$	the fraction with numerator, the fraction with numerator x plus 1, and denominator x minus 4, plus one half, and denominator x plus, 1 over 16, end fraction
21	$1 + \frac{x}{1 + \frac{2}{x}}$	1 plus, the fraction with numerator x, and denominator 1 plus, 2 over x, end fraction
22	$1 + \frac{x + 3}{1 + \frac{2}{x + 3}}$	1 plus, the fraction with numerator x plus 3, and denominator 1 plus, the fraction with numerator 2, and denominator x plus 3, end fraction
23	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + 1}}}$	1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus 1, end fraction
24	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + \dots}}}$	1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus, the fraction with numerator 1, and denominator 1 plus dot dot dot, end fraction
25	$a_{0} + \frac{1}{a_{1} + \frac{1}{a_{2} + \frac{1}{a_{3} + \dots}}}$	a sub 0, plus, the fraction with numerator 1, and denominator, a sub 1, plus, the fraction with numerator 1, and denominator, a sub 2, plus, the fraction with numerator 1, and denominator, a sub 3, plus dot dot dot, end fraction

English Clearspeak Functions rule tests. Locale: en, Style: Functions_Auto.

0	$f (x)$	f of x
1	$g (x)$	g of x
2	$h (x)$	h of x
3	$f (2 x)$	f of 2 x
4	$g (- 2 x)$	g of negative 2 x
5	$h (\frac{1}{2})$	h of one half
6	$f (x + 1) = f (x) + 1$	f of, open paren, x plus 1, close paren, equals f of x, plus 1
7	$g (2 x + 1)$	g of, open paren, 2 x, plus 1, close paren
8	$g (x^{2})$	g of, open paren, x squared, close paren
9	$f^{- 1} (x)$	f inverse of x
10	$g^{- 1} (x)$	g inverse of x
11	$h^{- 1} (x)$	h inverse of x
12	$f^{- 1} (2 x)$	f inverse of 2 x
13	$g^{- 1} (- 2 x)$	g inverse of negative 2 x
14	$f^{- 1} (3 x - 1)$	f inverse of, open paren, 3 x, minus 1, close paren
15	$g^{- 1} (x^{2})$	g inverse of, open paren, x squared, close paren
16	$h^{- 1} (\frac{1}{2})$	h inverse of one half
17	$f^{- 1} (f (x))$	f inverse of, f of x
18	$g^{- 1} (g (x))$	g inverse of, g of x
19	$h^{- 1} (h (x))$	h inverse of, h of x
20	$f^{- 1} (f (2 x))$	f inverse of, f of 2 x
21	$g^{- 1} (g (- 2 x))$	g inverse of, g of negative 2 x
22	$h^{- 1} (h (\frac{1}{2}))$	h inverse of, h of one half
23	$f^{- 1} (f (x + 1)) = x + 1$	f inverse of, open paren, f of, open paren, x plus 1, close paren, close paren, equals x plus 1
24	$g^{- 1} (g (2 x + 1))$	g inverse of, open paren, g of, open paren, 2 x, plus 1, close paren, close paren
25	$g^{- 1} (g (x^{2}))$	g inverse of, open paren, g of, open paren, x squared, close paren, close paren
26	$f (f^{- 1} (x))$	f of, f inverse of x
27	$g (g^{- 1} (x))$	g of, g inverse of x
28	$h (h^{- 1} (x))$	h of, h inverse of x
29	$f (f^{- 1} (2 x))$	f of, f inverse of 2 x
30	$g (g^{- 1} (- 2 x))$	g of, g inverse of negative 2 x
31	$f (f^{- 1} (3 x - 1))$	f of, open paren, f inverse of, open paren, 3 x, minus 1, close paren, close paren
32	$g (g^{- 1} (x^{2}))$	g of, g inverse of, open paren, x squared, close paren
33	$h (h^{- 1} (\frac{1}{2}))$	h of, h inverse of one half
34	$f (g (x))$	f of, g of x
35	$f (g (x + 1))$	f of, open paren, g of, open paren, x plus 1, close paren, close paren
36	$h (g (x))$	h of, g of x
37	$h (g (\frac{x}{x + 1}))$	h of, open paren, g of, open paren, the fraction with numerator x, and denominator x plus 1, close paren, close paren
38	$(f + g) (x) = f (x) + g (x)$	open paren, f plus g, close paren, of x, equals f of x, plus g of x
39	$(f + g) (x + 1) = f (x + 1) + g (x + 1)$	open paren, f plus g, close paren, of, open paren, x plus 1, close paren, equals f of, open paren, x plus 1, close paren, plus g of, open paren, x plus 1, close paren
40	$(f \cdot g) (x)$	open paren, f times g, close paren, of x
41	$(f \cdot g) (2 x + 5)$	open paren, f times g, close paren, of, open paren, 2 x, plus 5, close paren
42	$(\frac{f}{g}) (x) = \frac{f (x)}{g (x)}$	open paren, f over g, close paren, of x, equals, f of x, over g of x
43	$(\frac{f}{g}) (2 x + 5) = \frac{f (2 x + 5)}{g (2 x + 5)}$	open paren, f over g, close paren, of, open paren, 2 x, plus 5, close paren, equals, the fraction with numerator f of, open paren, 2 x, plus 5, close paren, and denominator g of, open paren, 2 x, plus 5, close paren
44	$(f \circ g) (x) = f (g (x))$	open paren, f composed with g, close paren, of x, equals f of, g of x
45	$2 f (x)$	2 f of x
46	$c f (x)$	c f of x
47	$f^{2} (x)$	f squared of x
48	$f^{2} (2 x + 1)$	f squared of, open paren, 2 x, plus 1, close paren
49	$f^{3} (x)$	f cubed of x
50	$f^{3} (2 x + 1)$	f cubed of, open paren, 2 x, plus 1, close paren
51	$f^{4} (x)$	the fourth power of, f of x
52	$f^{4} (2 x + 1)$	the fourth power of, f of, open paren, 2 x, plus 1, close paren
53	$f^{5} (x)$	the fifth power of, f of x
54	$f^{5} (2 x + 1)$	the fifth power of, f of, open paren, 2 x, plus 1, close paren
55	$f^{n} (x)$	the n-th power of, f of x
56	$f^{n} (2 x + 1)$	the n-th power of, f of, open paren, 2 x, plus 1, close paren
57	$g^{2} (x)$	g squared of x
58	$g^{2} (2 x + 1)$	g squared of, open paren, 2 x, plus 1, close paren
59	$h^{3} (x)$	h cubed of x
60	$h^{3} (2 x + 1)$	h cubed of, open paren, 2 x, plus 1, close paren
61	$g^{4} (x)$	the fourth power of, g of x
62	$g^{4} (2 x + 1)$	the fourth power of, g of, open paren, 2 x, plus 1, close paren
63	$h^{5} (x)$	the fifth power of, h of x
64	$h^{5} (2 x + 1)$	the fifth power of, h of, open paren, 2 x, plus 1, close paren
65	$g^{n} (x)$	the n-th power of, g of x
66	$g^{n} (2 x + 1)$	the n-th power of, g of, open paren, 2 x, plus 1, close paren
67	$f_{1} (x)$	f sub 1, of x
68	$g_{2} (x^{3})$	g sub 2, of, open paren, x cubed, close paren
69	$h_{n} (3 x - 2)$	h sub n, of, open paren, 3 x, minus 2, close paren
70	$f_{1}^{- 1} (x)$	f sub 1, inverse of x
71	$g_{2}^{- 1} (2 x + 1)$	g sub 2, inverse of, open paren, 2 x, plus 1, close paren
72	$h_{n}^{- 1} (x)$	h sub n, inverse of x
73	$g_{1}^{- 1} (g_{2} (x))$	g sub 1, inverse of, g sub 2, of x
74	$f_{1} (g_{2}^{- 1} (x))$	f sub 1, of, g sub 2, inverse of x
75	$f (x, y)$	f of, open paren, x comma y, close paren
76	$f (x, y, z)$	f of, open paren, x comma y comma z, close paren
77	$f (x + 1, 2 y)$	f of, open paren, x plus 1, comma, 2 y, close paren
78	$f (2 x, x + 1, x^{2})$	f of, open paren, 2 x, comma, x plus 1, comma, x squared, close paren

English Clearspeak Functions rule tests. Locale: en, Style: Fraction_Over.

0	$h (\frac{1}{2})$	h of, open paren, 1 over 2, close paren
1	$h^{- 1} (\frac{1}{2})$	h inverse of, open paren, 1 over 2, close paren
2	$h^{- 1} (h (\frac{1}{2}))$	h inverse of, open paren, h of, open paren, 1 over 2, close paren, close paren

English Clearspeak Functions rule tests. Locale: en, Style: Fraction_FracOver.

h (h^{- 1} (\frac{1}{2}))

h of, h inverse of, open paren, the fraction 1 over 2, close paren

English Clearspeak Functions rule tests. Locale: en, Style: Functions_None.

0	$f (x)$	f times x
1	$g (x)$	g times x
2	$h (x)$	h times x
3	$f (2 x)$	f times 2 x
4	$g (- 2 x)$	g times negative 2 x
5	$h (\frac{1}{2})$	h times one half
6	$f (x + 1) = f (x) + 1$	f times, open paren, x plus 1, close paren, equals, f times x, plus 1
7	$g (2 x + 1)$	g times, open paren, 2 x, plus 1, close paren
8	$g (x^{2})$	g times, open paren, x squared, close paren
9	$f^{- 1} (x)$	f to the negative 1 power, times x
10	$g^{- 1} (x)$	g to the negative 1 power, times x
11	$h^{- 1} (x)$	h to the negative 1 power, times x
12	$f^{- 1} (2 x)$	f to the negative 1 power, times 2 x
13	$g^{- 1} (- 2 x)$	g to the negative 1 power, times negative 2 x
14	$f^{- 1} (3 x - 1)$	f to the negative 1 power, times, open paren, 3 x, minus 1, close paren
15	$g^{- 1} (x^{2})$	g to the negative 1 power, times, open paren, x squared, close paren
16	$h^{- 1} (\frac{1}{2})$	h to the negative 1 power, times one half
17	$f^{- 1} (f (x))$	f to the negative 1 power, times, f times x
18	$g^{- 1} (g (x))$	g to the negative 1 power, times, g times x
19	$h^{- 1} (h (x))$	h to the negative 1 power, times, h times x
20	$f^{- 1} (f (2 x))$	f to the negative 1 power, times, f times 2 x
21	$g^{- 1} (g (- 2 x))$	g to the negative 1 power, times, g times negative 2 x
22	$h^{- 1} (h (\frac{1}{2}))$	h to the negative 1 power, times, h times one half
23	$f^{- 1} (f (x + 1)) = x + 1$	f to the negative 1 power, times, open paren, f times, open paren, x plus 1, close paren, close paren, equals x plus 1
24	$g^{- 1} (g (2 x + 1))$	g to the negative 1 power, times, open paren, g times, open paren, 2 x, plus 1, close paren, close paren
25	$g^{- 1} (g (x^{2}))$	g to the negative 1 power, times, open paren, g times, open paren, x squared, close paren, close paren
26	$f (f^{- 1} (x))$	f times, open paren, f to the negative 1 power, times x, close paren
27	$g (g^{- 1} (x))$	g times, open paren, g to the negative 1 power, times x, close paren
28	$h (h^{- 1} (x))$	h times, open paren, h to the negative 1 power, times x, close paren
29	$f (f^{- 1} (2 x))$	f times, open paren, f to the negative 1 power, times 2 x, close paren
30	$g (g^{- 1} (- 2 x))$	g times, open paren, g to the negative 1 power, times negative 2 x, close paren
31	$f (f^{- 1} (3 x - 1))$	f times, open paren, f to the negative 1 power, times, open paren, 3 x, minus 1, close paren, close paren
32	$g (g^{- 1} (x^{2}))$	g times, open paren, g to the negative 1 power, times, open paren, x squared, close paren, close paren
33	$h (h^{- 1} (\frac{1}{2}))$	h times, open paren, h to the negative 1 power, times one half, close paren
34	$f (g (x))$	f times, g times x
35	$f (g (x + 1))$	f times, open paren, g times, open paren, x plus 1, close paren, close paren
36	$h (g (x))$	h times, g times x
37	$h (g (\frac{x}{x + 1}))$	h times, open paren, g times, open paren, the fraction with numerator x, and denominator x plus 1, close paren, close paren
38	$(f + g) (x) = f (x) + g (x)$	open paren, f plus g, close paren, times x, equals, f times x, plus, g times x
39	$(f + g) (x + 1) = f (x + 1) + g (x + 1)$	open paren, f plus g, close paren, times, open paren, x plus 1, close paren, equals, f times, open paren, x plus 1, close paren, plus, g times, open paren, x plus 1, close paren
40	$(f \cdot g) (x)$	open paren, f times g, close paren, times x
41	$(f \cdot g) (2 x + 5)$	open paren, f times g, close paren, times, open paren, 2 x, plus 5, close paren
42	$(\frac{f}{g}) (x) = \frac{f (x)}{g (x)}$	open paren, f over g, close paren, times x, equals, the fraction with numerator, f times x, and denominator, g times x
43	$(\frac{f}{g}) (2 x + 5) = \frac{f (2 x + 5)}{g (2 x + 5)}$	open paren, f over g, close paren, times, open paren, 2 x, plus 5, close paren, equals, the fraction with numerator, f times, open paren, 2 x, plus 5, close paren, and denominator, g times, open paren, 2 x, plus 5, close paren
44	$2 f (x)$	2, f times x
45	$c f (x)$	c, f times x
46	$f^{2} (x)$	f squared times x
47	$f^{2} (2 x + 1)$	f squared times, open paren, 2 x, plus 1, close paren
48	$f^{3} (x)$	f cubed times x
49	$f^{3} (2 x + 1)$	f cubed times, open paren, 2 x, plus 1, close paren
50	$f^{4} (x)$	f to the fourth power, times x
51	$f^{4} (2 x + 1)$	f to the fourth power, times, open paren, 2 x, plus 1, close paren
52	$f^{5} (x)$	f to the fifth power, times x
53	$f^{5} (2 x + 1)$	f to the fifth power, times, open paren, 2 x, plus 1, close paren
54	$f^{n} (x)$	f to the n-th power, times x
55	$f^{n} (2 x + 1)$	f to the n-th power, times, open paren, 2 x, plus 1, close paren
56	$g^{2} (x)$	g squared times x
57	$g^{2} (2 x + 1)$	g squared times, open paren, 2 x, plus 1, close paren
58	$h^{3} (x)$	h cubed times x
59	$h^{3} (2 x + 1)$	h cubed times, open paren, 2 x, plus 1, close paren
60	$g^{4} (x)$	g to the fourth power, times x
61	$g^{4} (2 x + 1)$	g to the fourth power, times, open paren, 2 x, plus 1, close paren
62	$h^{5} (x)$	h to the fifth power, times x
63	$h^{5} (2 x + 1)$	h to the fifth power, times, open paren, 2 x, plus 1, close paren
64	$g^{n} (x)$	g to the n-th power, times x
65	$g^{n} (2 x + 1)$	g to the n-th power, times, open paren, 2 x, plus 1, close paren
66	$f_{1} (x)$	f sub 1, times x
67	$g_{2} (x^{3})$	g sub 2, times, open paren, x cubed, close paren
68	$h_{n} (3 x - 2)$	h sub n, times, open paren, 3 x, minus 2, close paren
69	$f_{1}^{- 1} (x)$	f sub 1, to the negative 1 power, times x
70	$g_{2}^{- 1} (2 x + 1)$	g sub 2, to the negative 1 power, times, open paren, 2 x, plus 1, close paren
71	$h_{n}^{- 1} (x)$	h sub n, to the negative 1 power, times x
72	$g_{1}^{- 1} (g_{2} (x))$	g sub 1, to the negative 1 power, times, open paren, g sub 2, times x, close paren
73	$f_{1} (g_{2}^{- 1} (x))$	f sub 1, times, open paren, g sub 2, to the negative 1 power, times x, close paren
74	$f (x, y)$	f times, open paren, x comma y, close paren
75	$f (x, y, z)$	f times, open paren, x comma y comma z, close paren
76	$f (x + 1, 2 y)$	f times, open paren, x plus 1, comma, 2 y, close paren
77	$f (2 x, x + 1, x^{2})$	f times, open paren, 2 x, comma, x plus 1, comma, x squared, close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto.

0	$2 (3)$	2 times 3
1	$2 [3]$	2 times 3
2	$2^{4} (3)$	2 to the fourth power, times 3
3	$2 (3 + 4)$	2 times, open paren, 3 plus 4, close paren
4	$2 [3 + 4]$	2 times, open bracket, 3 plus 4, close bracket
5	$(3) (2)$	3 times 2
6	$2 {(3 + 4)}^{2}$	2 times, open paren, 3 plus 4, close paren, squared
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, times, open paren, 3 minus 6, close paren
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, times, open bracket, 3 minus 6, close bracket
9	$x (y + z)$	x times, open paren, y plus z, close paren
10	$2 (y + 1)$	2 times, open paren, y plus 1, close paren
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, times x
12	$p_{1} (3 + 7)$	p sub 1, times, open paren, 3 plus 7, close paren
13	$p_{1}^{a_{1}} p_{2}^{a_{2}}$	p sub 1, raised to the, a sub 1, power, p sub 2, raised to the, a sub 2, power
14	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren, x plus y, close paren, to the negative 4 power, times, open paren, x minus y, close paren, to the negative 4 power
15	$2^{4 (x + y)}$	2 raised to the 4 times, open paren, x plus y, close paren, power
16	$x y$	x y
17	$x^{2} y^{3}$	x squared, y cubed
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power, x raised to the y plus 2 power
19	$\sqrt{a} \sqrt{b} = \sqrt{a b}$	the square root of a, the square root of b, equals the square root of a b
20	$\sqrt{3} \sqrt{10} = \sqrt{30}$	the square root of 3, the square root of 10, equals the square root of 30
21	$2 \sqrt{3}$	2 the square root of 3
22	$1 + 2 \sqrt{3}$	1 plus 2 the square root of 3
23	$f (x) = x^{2} (x + 1)$	f of x, equals x squared times, open paren, x plus 1, close paren
24	$\sin x \cos y + \cos x \sin y$	sine x cosine y, plus, cosine x sine y
25	$\sin (x + y) \cos (x + y)$	the sine of, open paren, x plus y, close paren, the cosine of, open paren, x plus y, close paren
26	$\log_{10} x y$	the log base 10 of, x y
27	$\log (x + y) = \log x \log y$	the log of, open paren, x plus y, close paren, equals, log x log y
28	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix. Row 1: 1, 3 Row 2: 5, 2. times the 2 by 2 matrix. Row 1: 7, 4 Row 2: 0, 1
29	$2 (3 ((4 + 5) + 6))$	2 times, open paren, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren
30	$2 [3 ((4 + 5) + 6)]$	2 times, open bracket, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket
31	$2 \| x \|$	2 times, the absolute value of x
32	$\| x \| \| y \|$	the absolute value of x, times, the absolute value of y
33	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, times, the absolute value of y minus 1
34	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, times, the absolute value of y, minus 1
35	$A = h (\frac{b_{1} + b_{2}}{2})$	A equals h of, open paren, the fraction with numerator, b sub 1, plus, b sub 2, and denominator 2, close paren
36	$a (0) = 0 (a) = 0$	a of 0, equals 0 times a equals 0
37	$a (- 1) = - a$	a of negative 1, equals negative a
38	$B (2, 6)$	B of, open paren, 2 comma 6, close paren
39	$p (w)$	p of w
40	$x (t) = 2 t + 4$	x of t, equals 2 t, plus 4
41	$k (x) = (x + 3) (x - 5)$	k of x, equals, open paren, x plus 3, close paren, times, open paren, x minus 5, close paren
42	$T (t) = T_{s} + (T_{0} - T_{s}) e^{- k t}$	T of t, equals, T sub s, plus, open paren, T sub 0, minus, T sub s, close paren, times e raised to the negative k t, power
43	$V = l w (8)$	V equals script l, w of 8

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto:Functions_None.

0	$f (x) = x^{2} (x + 1)$	f times x, equals x squared times, open paren, x plus 1, close paren
1	$A = h (\frac{b_{1} + b_{2}}{2})$	A equals, h times, open paren, the fraction with numerator, b sub 1, plus, b sub 2, and denominator 2, close paren
2	$a (0) = 0 (a) = 0$	a times 0, equals 0 times a equals 0
3	$a (- 1) = - a$	a times negative 1, equals negative a
4	$B (2, 6)$	B times, open paren, 2 comma 6, close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto:Paren_SpeakNestingLevel.

0	$2 (3 ((4 + 5) + 6))$	2 times, open paren, 3 times, open second paren, open third paren, 4 plus 5, close third paren, plus 6, close second paren, close paren
1	$2 [3 ((4 + 5) + 6)]$	2 times, open bracket, 3 times, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto:AbsoluteValue_AbsEnd.

0	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, end absolute value, times, the absolute value of y minus 1, end absolute value
1	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, end absolute value, times, the absolute value of y, end absolute value, minus 1

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimes.

0	$2 (3)$	2 times 3
1	$2 [3]$	2 times 3
2	$2^{4} (3)$	2 to the fourth power, times 3
3	$2 (3 + 4)$	2 times, open paren, 3 plus 4, close paren
4	$2 [3 + 4]$	2 times, open bracket, 3 plus 4, close bracket
5	$(3) (2)$	3 times 2
6	$2 {(3 + 4)}^{2}$	2 times, open paren, 3 plus 4, close paren, squared
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, times, open paren, 3 minus 6, close paren
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, times, open bracket, 3 minus 6, close bracket
9	$x (y + z)$	x times, open paren, y plus z, close paren
10	$2 (y + 1)$	2 times, open paren, y plus 1, close paren
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, times x
12	$p_{1} (3 + 7)$	p sub 1, times, open paren, 3 plus 7, close paren
13	$p_{1}^{a_{1}} p_{2}^{a_{2}}$	p sub 1, raised to the, a sub 1, power, times, p sub 2, raised to the, a sub 2, power
14	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren, x plus y, close paren, to the negative 4 power, times, open paren, x minus y, close paren, to the negative 4 power
15	$2^{4 (x + y)}$	2 raised to the 4 times, open paren, x plus y, close paren, power
16	$x y$	x times y
17	$x^{2} y^{3}$	x squared times y cubed
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power, times x raised to the y plus 2 power
19	$\sqrt{a} \sqrt{b} = \sqrt{a b}$	the square root of a, times the square root of b, equals the square root of a times b
20	$\sqrt{3} \sqrt{10} = \sqrt{30}$	the square root of 3, times the square root of 10, equals the square root of 30
21	$2 \sqrt{3}$	2 times the square root of 3
22	$1 + 2 \sqrt{3}$	1 plus 2 times the square root of 3
23	$f (x) = x^{2} (x + 1)$	f of x, equals x squared times, open paren, x plus 1, close paren
24	$\sin x \cos y + \cos x \sin y$	sine x, times cosine y plus cosine x, times sine y
25	$\sin (x + y) \cos (x + y)$	the sine of, open paren, x plus y, close paren, times, the cosine of, open paren, x plus y, close paren
26	$\log_{10} x y$	the log base 10 of, x times y
27	$\log (x + y) = \log x \log y$	the log of, open paren, x plus y, close paren, equals log x, times log y
28	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix. Row 1: 1, 3 Row 2: 5, 2. times the 2 by 2 matrix. Row 1: 7, 4 Row 2: 0, 1
29	$2 (3 ((4 + 5) + 6))$	2 times, open paren, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren
30	$2 [3 ((4 + 5) + 6)]$	2 times, open bracket, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket
31	$2 \| x \|$	2 times, the absolute value of x
32	$\| x \| \| y \|$	the absolute value of x, times, the absolute value of y
33	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, times, the absolute value of y minus 1
34	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, times, the absolute value of y, minus 1

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimesAnd:Functions_None.

f (x) = x^{2} (x + 1)

f times x, equals x squared times, open paren, x plus 1, close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimes:Paren_SpeakNestingLevel.

0	$2 (3 ((4 + 5) + 6))$	2 times, open paren, 3 times, open second paren, open third paren, 4 plus 5, close third paren, plus 6, close second paren, close paren
1	$2 [3 ((4 + 5) + 6)]$	2 times, open bracket, 3 times, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimes:AbsoluteValue_AbsEnd.

0	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, end absolute value, times, the absolute value of y minus 1, end absolute value
1	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, end absolute value, times, the absolute value of y, end absolute value, minus 1

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None.

0	$2 (3)$	2, open paren, 3, close paren
1	$2 [3]$	2, open bracket, 3, close bracket
2	$2^{4} (3)$	2 to the fourth power, open paren, 3, close paren
3	$2 (3 + 4)$	2, open paren, 3 plus 4, close paren
4	$2 [3 + 4]$	2, open bracket, 3 plus 4, close bracket
5	$(3) (2)$	open paren, 3, close paren, open paren, 2, close paren
6	$2 {(3 + 4)}^{2}$	2, open paren, 3 plus 4, close paren, squared
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, open paren, 3 minus 6, close paren
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, open bracket, 3 minus 6, close bracket
9	$x (y + z)$	x, open paren, y plus z, close paren
10	$2 (y + 1)$	2, open paren, y plus 1, close paren
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, x
12	$p_{1} (3 + 7)$	p sub 1, open paren, 3 plus 7, close paren
13	$p_{1}^{a_{1}} p_{2}^{a_{2}}$	p sub 1, raised to the, a sub 1, power, p sub 2, raised to the, a sub 2, power
14	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren, x plus y, close paren, to the negative 4 power, open paren, x minus y, close paren, to the negative 4 power
15	$2^{4 (x + y)}$	2 raised to the 4, open paren, x plus y, close paren, power
16	$x y$	x y
17	$x^{2} y^{3}$	x squared y cubed
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power, x raised to the y plus 2 power
19	$\sqrt{a} \sqrt{b} = \sqrt{a b}$	the square root of a, the square root of b, equals the square root of a b
20	$\sqrt{3} \sqrt{10} = \sqrt{30}$	the square root of 3, the square root of 10, equals the square root of 30
21	$2 \sqrt{3}$	2 the square root of 3
22	$1 + 2 \sqrt{3}$	1 plus 2 the square root of 3
23	$\sin x \cos y + \cos x \sin y$	sine x cosine y, plus, cosine x sine y
24	$\log_{10} x y$	the log base 10 of, x y
25	$\log (x + y) = \log x \log y$	the log of, open paren, x plus y, close paren, equals, log x log y
26	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix. Row 1: 1, 3 Row 2: 5, 2. the 2 by 2 matrix. Row 1: 7, 4 Row 2: 0, 1
27	$2 (3 ((4 + 5) + 6))$	2, open paren, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren
28	$2 [3 ((4 + 5) + 6)]$	2, open bracket, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket
29	$2 \| x \|$	2, the absolute value of x
30	$\| x \| \| y \|$	the absolute value of x, the absolute value of y
31	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, the absolute value of y minus 1
32	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, the absolute value of y, minus 1
33	$f (x) = x^{2} (x + 1)$	f of x, equals x squared, open paren, x plus 1, close paren
34	$\log (x + y) = \log x \log y$	the log of, open paren, x plus y, close paren, equals, log x log y

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None:Functions_Auto.

f (x) = x^{2} (x + 1)

f of x, equals x squared, open paren, x plus 1, close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None:Paren_SpeakNestingLevel.

0	$2 (3 ((4 + 5) + 6))$	2, open paren, 3, open second paren, open third paren, 4 plus 5, close third paren, plus 6, close second paren, close paren
1	$2 [3 ((4 + 5) + 6)]$	2, open bracket, 3, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket
2	$2 (3 ((4 + 5) + 6))$	2, open paren, 3, open second paren, open third paren, 4 plus 5, close third paren, plus 6, close second paren, close paren
3	$2 [3 ((4 + 5) + 6)]$	2, open bracket, 3, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None:Paren_Silent.

0	$2 (3)$	2, open paren, 3, close paren
1	$2 [3]$	2, open bracket, 3, close bracket
2	$2^{4} (3)$	2 to the fourth power, open paren, 3, close paren
3	$2 (3 + 4)$	2, open paren, 3 plus 4, close paren
4	$2 [3 + 4]$	2, open bracket, 3 plus 4, close bracket
5	$(3) (2)$	open paren, 3, close paren, open paren, 2, close paren
6	$2 {(3 + 4)}^{2}$	2, open paren, 3 plus 4, close paren, squared
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, open paren, 3 minus 6, close paren
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, open bracket, 3 minus 6, close bracket
9	$x (y + z)$	x, open paren, y plus z, close paren
10	$2 (y + 1)$	2, open paren, y plus 1, close paren
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, x
12	$p_{1} (3 + 7)$	p sub 1, open paren, 3 plus 7, close paren
13	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren, x plus y, close paren, to the negative 4 power, open paren, x minus y, close paren, to the negative 4 power
14	$2^{4 (x + y)}$	2 raised to the 4, open paren, x plus y, close paren, power
15	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix. Row 1: 1, 3 Row 2: 5, 2. the 2 by 2 matrix. Row 1: 7, 4 Row 2: 0, 1
16	$2 (3 ((4 + 5) + 6))$	2, open paren, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren
17	$2 [3 ((4 + 5) + 6)]$	2, open bracket, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket

English Clearspeak Logarithms rule tests. Locale: en, Style: Log_Auto.

0	$\log x$	log x
1	$\log_{10} x$	the log base 10 of, x
2	$\log_{b} a x = \log_{b} a + \log_{b} x$	the log base b of, a x, equals, the log base b of, a, plus, the log base b of, x
3	$\log_{b} \frac{S}{T} = \log_{b} S - \log_{b} T$	the log base b of, S over T, equals, the log base b of, S, minus, the log base b of, T
4	$\log_{b} (x^{k}) = k \log_{b} x$	the log base b of, open paren, x to the k-th power, close paren, equals k, the log base b of, x
5	$10^{\log_{10} x} = x$	10 raised to the log base 10 of, x, power, equals x
6	$\log_{10} 10^{x} = x$	the log base 10 of, 10 to the x-th power, equals x
7	$10^{\log_{10} 5} = 5$	10 raised to the log base 10 of, 5, power, equals 5
8	$\log_{10} 10^{3} = 3$	the log base 10 of, 10 cubed, equals 3
9	$\log_{a} x = \frac{\log_{b} x}{\log_{b} a}$	the log base a of, x, equals, the log base b of, x, over, the log base b of, a
10	$\frac{\log_{10} 18}{\log_{10} 3} = \log_{3} 18$	the log base 10 of, 18, over, the log base 10 of, 3, equals, the log base 3 of, 18
11	$\frac{\log x}{\log a}$	log x over log a
12	$\log (x + 1)$	the log of, open paren, x plus 1, close paren
13	$\log {(x + 1)}^{2}$	the log of, open paren, x plus 1, close paren, squared
14	$\log (x y)$	log x y
15	$\frac{\log (x + 1)}{\log (x + 2)}$	the fraction with numerator, the log of, open paren, x plus 1, close paren, and denominator, the log of, open paren, x plus 2, close paren
16	$\frac{\log_{6} (x + 1)}{\log_{6} (x + 2)}$	the fraction with numerator, the log base 6 of, open paren, x plus 1, close paren, and denominator, the log base 6 of, open paren, x plus 2, close paren
17	$\frac{\log 40 + \log 60}{\log 5}$	the fraction with numerator log 40 plus log 60, and denominator log 5
18	$\frac{\log_{3} 40 + \log_{3} 60}{\log_{3} 5}$	the fraction with numerator, the log base 3 of, 40, plus, the log base 3 of, 60, and denominator, the log base 3 of, 5
19	$\log (3^{4} 12^{9}) = 4 \log 3 + 9 \log 12$	the log of, open paren, 3 to the fourth power, 12 to the ninth power, close paren, equals 4 log 3, plus 9 log 12
20	$\log (\frac{x}{y})$	the log of, open paren, x over y, close paren
21	$\log (\frac{3^{4}}{8^{10}}) = 4 \log 3 - 10 \log 8$	the log of, open paren, the fraction with numerator 3 to the fourth power, and denominator 8 to the tenth power, close paren, equals 4 log 3, minus 10 log 8
22	$10^{\log x}$	10 raised to the log x power
23	$\ln x$	l n x
24	$\ln x - \ln (x - 1) = \ln (\frac{x}{x - 1})$	l n x, minus l n of, open paren, x minus 1, close paren, equals l n of, open paren, the fraction with numerator x, and denominator x minus 1, close paren
25	$\ln (e^{x}) = x$	l n of, open paren, e to the x-th power, close paren, equals x
26	$e^{\ln x} = x$	e raised to the l n x power, equals x
27	$\ln (e^{x}) = x$	l n of, open paren, e to the x-th power, close paren, equals x
28	$e^{\ln 4} = 4$	e raised to the l n 4 power, equals 4
29	$\frac{\ln 40}{\ln 5} = \log_{5} 40$	l n 40, over l n 5, equals, the log base 5 of, 40
30	$\frac{\ln 40 + \ln 60}{\ln 5}$	the fraction with numerator l n 40, plus l n 60, and denominator l n 5

English Clearspeak Logarithms rule tests. Locale: en, Style: Log_LnAsNaturalLog.

0	$\ln x$	natural log x
1	$\ln x - \ln (x - 1) = \ln (\frac{x}{x - 1})$	natural log x, minus, the natural log of, open paren, x minus 1, close paren, equals, the natural log of, open paren, the fraction with numerator x, and denominator x minus 1, close paren
2	$\ln (e^{x}) = x$	the natural log of, open paren, e to the x-th power, close paren, equals x
3	$e^{\ln x} = x$	e raised to the natural log x power, equals x
4	$\ln (e^{x}) = x$	the natural log of, open paren, e to the x-th power, close paren, equals x
5	$e^{\ln 4} = 4$	e raised to the natural log 4 power, equals 4
6	$\frac{\ln 40}{\ln 5} = \log_{5} 40$	natural log 40, over natural log 5, equals, the log base 5 of, 40
7	$\frac{\ln 40 + \ln 60}{\ln 5}$	the fraction with numerator natural log 40, plus natural log 60, and denominator natural log 5

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_Auto.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix. 1, 2, 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix. 1, 2, 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. 3, 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. 3, 5
8	$\begin{matrix} (3) \end{matrix}$	the 1 by 1 matrix with entry 3
9	$(\begin{matrix} 3 \end{matrix})$	the 1 by 1 matrix with entry 3
10	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix. Row 1: x plus 1 Row 2: x minus 1
11	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2
12	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix. Column 1: x plus 1 Column 2: 2 x
13	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix. Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2
14	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
15	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
16	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix. Row 1: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 5; Column 5, 3. Row 2: Column 1, 3; Column 2, 4; Column 3, 2; Column 4, 7; Column 5, 0
17	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix. Row 1: Column 1, 1; Column 2, 3. Row 2: Column 1, 4; Column 2, 2. Row 3: Column 1, 2; Column 2, 1. Row 4: Column 1, 0; Column 2, 5
18	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
19	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1 minus x; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6
20	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
21	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
22	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth
23	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix. Row 1: b sub 1 1, b sub 1 2 Row 2: b sub 2 1, b sub 2 2
24	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. times the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6
25	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. times the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1 minus x; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6
26	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0. times the 4 by 2 matrix. Row 1: Column 1, 1; Column 2, 3. Row 2: Column 1, 4; Column 2, 2. Row 3: Column 1, 2; Column 2, 1. Row 4: Column 1, 0; Column 2, 5
27	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
28	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
29	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
30	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
31	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
32	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
33	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
34	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
35	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
36	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
37	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
38	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
39	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth
40	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_SpeakColNum.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. Column 1: 3 Column 2: 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. Column 1: 3 Column 2: 5
8	$(\begin{matrix} 1 & 2 & 3 & 4 \end{matrix})$	the 1 by 4 row matrix. Column 1: 1 Column 2: 2 Column 3: 3 Column 4: 4
9	$[\begin{matrix} 1 & 2 & 3 & 4 \end{matrix}]$	the 1 by 4 row matrix. Column 1: 1 Column 2: 2 Column 3: 3 Column 4: 4
10	$(\begin{matrix} 1 \\ 2 \\ 3 \\ 4 \end{matrix})$	the 4 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3 Row 4: 4
11	$[\begin{matrix} 1 \\ 2 \\ 3 \\ 4 \end{matrix}]$	the 4 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3 Row 4: 4
12	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix. Row 1: x plus 1 Row 2: x minus 1
13	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2
14	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix. Column 1: x plus 1 Column 2: 2 x
15	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix. Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2
16	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix. Row 1: Column 1, 2; Column 2, 4; Column 3, 1. Row 2: Column 1, 3; Column 2, 5; Column 3, 2. Row 3: Column 1, 1; Column 2, 4; Column 3, 7
17	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
18	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix. Row 1: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 5; Column 5, 3. Row 2: Column 1, 3; Column 2, 4; Column 3, 2; Column 4, 7; Column 5, 0
19	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix. Row 1: Column 1, 1; Column 2, 3. Row 2: Column 1, 4; Column 2, 2. Row 3: Column 1, 2; Column 2, 1. Row 4: Column 1, 0; Column 2, 5
20	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
21	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1 minus x; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6
22	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, 1. Row 2: Column 1, 7; Column 2, 5
23	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, y. Row 2: Column 1, one half; Column 2, two thirds
24	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, one half; Column 2, two thirds. Row 2: Column 1, three fourths; Column 2, one fifth
25	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, b sub 1 1; Column 2, b sub 1 2. Row 2: Column 1, b sub 2 1; Column 2, b sub 2 2
26	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5. times the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6
27	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, one half; Column 2, two thirds. Row 2: Column 1, three fourths; Column 2, one fifth. times the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1 minus x; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6
28	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0. times the 4 by 2 matrix. Row 1: Column 1, 1; Column 2, 3. Row 2: Column 1, 4; Column 2, 2. Row 3: Column 1, 2; Column 2, 1. Row 4: Column 1, 0; Column 2, 5
29	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5
30	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5
31	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix. Row 1: Column 1, 2; Column 2, 4; Column 3, 1. Row 2: Column 1, 3; Column 2, 5; Column 3, 2. Row 3: Column 1, 1; Column 2, 4; Column 3, 7
32	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix. Row 1: Column 1, 2; Column 2, 4; Column 3, 1. Row 2: Column 1, 3; Column 2, 5; Column 3, 2. Row 3: Column 1, 1; Column 2, 4; Column 3, 7
33	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
34	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0
35	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
36	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x
37	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, 1. Row 2: Column 1, 7; Column 2, 5
38	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, 1. Row 2: Column 1, 7; Column 2, 5
39	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, y. Row 2: Column 1, one half; Column 2, two thirds
40	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, y. Row 2: Column 1, one half; Column 2, two thirds
41	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, one half; Column 2, two thirds. Row 2: Column 1, three fourths; Column 2, one fifth
42	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: Column 1, one half; Column 2, two thirds. Row 2: Column 1, three fourths; Column 2, one fifth

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_SilentColNum.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix. 1, 2, 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix. 1, 2, 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. 3, 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. 3, 5
8	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix. x plus 1, x minus 1
9	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix. 3, 6, 1, 2
10	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix. x plus 1, 2 x
11	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix. 3, 6, 1, 2
12	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
13	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix. Row 1: 0, 3, 4, 3 Row 2: 2, 1, 0, 9 Row 3: 3, 0, 2, 1 Row 4: 6, 2, 9, 0
14	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix. Row 1: 2, 1, 0, 5, 3 Row 2: 3, 4, 2, 7, 0
15	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix. Row 1: 1, 3 Row 2: 4, 2 Row 3: 2, 1 Row 4: 0, 5
16	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 plus x
17	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: 3, 1 minus x, 4 Row 2: 0, 2, 6
18	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
19	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
20	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth
21	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix. Row 1: b sub 1 1, b sub 1 2 Row 2: b sub 2 1, b sub 2 2
22	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. times the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6
23	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. times the 2 by 3 matrix. Row 1: 3, 1 minus x, 4 Row 2: 0, 2, 6
24	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix. Row 1: 0, 3, 4, 3 Row 2: 2, 1, 0, 9 Row 3: 3, 0, 2, 1 Row 4: 6, 2, 9, 0. times the 4 by 2 matrix. Row 1: 1, 3 Row 2: 4, 2 Row 3: 2, 1 Row 4: 0, 5
25	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
26	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5
27	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
28	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7
29	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix. Row 1: 0, 3, 4, 3 Row 2: 2, 1, 0, 9 Row 3: 3, 0, 2, 1 Row 4: 6, 2, 9, 0
30	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix. Row 1: 0, 3, 4, 3 Row 2: 2, 1, 0, 9 Row 3: 3, 0, 2, 1 Row 4: 6, 2, 9, 0
31	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 plus x
32	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 plus x
33	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
34	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5
35	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
36	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds
37	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth
38	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_EndMatrix.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6. end matrix
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6. end matrix
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix. 1, 2, 3. end matrix
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix. 1, 2, 3. end matrix
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. 3, 5. end matrix
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. 3, 5. end matrix
8	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix. Row 1: x plus 1 Row 2: x minus 1. end matrix
9	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2. end matrix
10	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix. Column 1: x plus 1 Column 2: 2 x. end matrix
11	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix. Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2. end matrix
12	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7. end matrix
13	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0. end matrix
14	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix. Row 1: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 5; Column 5, 3. Row 2: Column 1, 3; Column 2, 4; Column 3, 2; Column 4, 7; Column 5, 0. end matrix
15	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix. Row 1: Column 1, 1; Column 2, 3. Row 2: Column 1, 4; Column 2, 2. Row 3: Column 1, 2; Column 2, 1. Row 4: Column 1, 0; Column 2, 5. end matrix
16	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x. end matrix
17	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1 minus x; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6. end matrix
18	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5. end matrix
19	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds. end matrix
20	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. end matrix
21	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix. Row 1: b sub 1 1, b sub 1 2 Row 2: b sub 2 1, b sub 2 2. end matrix
22	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix times the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6. end matrix
23	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. end matrix times the 2 by 3 matrix. Row 1: Column 1, 3; Column 2, 1 minus x; Column 3, 4. Row 2: Column 1, 0; Column 2, 2; Column 3, 6. end matrix
24	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0. end matrix times the 4 by 2 matrix. Row 1: Column 1, 1; Column 2, 3. Row 2: Column 1, 4; Column 2, 2. Row 3: Column 1, 2; Column 2, 1. Row 4: Column 1, 0; Column 2, 5. end matrix
25	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end determinant
26	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix
27	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7. end determinant
28	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7. end matrix
29	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0. end determinant
30	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix. Row 1: Column 1, 0; Column 2, 3; Column 3, 4; Column 4, 3. Row 2: Column 1, 2; Column 2, 1; Column 3, 0; Column 4, 9. Row 3: Column 1, 3; Column 2, 0; Column 3, 2; Column 4, 1. Row 4: Column 1, 6; Column 2, 2; Column 3, 9; Column 4, 0. end matrix
31	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x. end determinant
32	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x. end matrix
33	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5. end determinant
34	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5. end matrix
35	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds. end determinant
36	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds. end matrix
37	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. end determinant
38	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. end matrix

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_Vector.

0	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column vector. 1, 2, 3
1	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column vector. 1, 2, 3
2	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row vector. 3, 5
3	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row vector. 3, 5
4	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column vector. Row 1: x plus 1 Row 2: x minus 1
5	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column vector. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2
6	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row vector. Column 1: x plus 1 Column 2: 2 x
7	$(\begin{matrix} 3 & 2 \end{matrix}) (\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix})$	the 1 by 2 row vector. 3, 2. times the 2 by 2 matrix. Row 1: 0, 5 Row 2: 9, 4
8	$(\begin{matrix} 1 & 2 & 7 \end{matrix}) (\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix})$	the 1 by 3 row vector. 1, 2, 7. times the 3 by 3 matrix. Row 1: 3, 5, 4 Row 2: 8, 0, 6 Row 3: 1, 4, 2
9	$(\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix}) (\begin{matrix} 3 \\ 2 \end{matrix})$	the 2 by 2 matrix. Row 1: 0, 5 Row 2: 9, 4. times the 2 by 1 column vector. 3, 2
10	$(\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix}) (\begin{matrix} 1 \\ 2 \\ 7 \end{matrix})$	the 3 by 3 matrix. Row 1: 3, 5, 4 Row 2: 8, 0, 6 Row 3: 1, 4, 2. times the 3 by 1 column vector. 1, 2, 7

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_EndVector.

0	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column vector. 1, 2, 3. end vector
1	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column vector. 1, 2, 3. end vector
2	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row vector. 3, 5. end vector
3	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row vector. 3, 5. end vector
4	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column vector. Row 1: x plus 1 Row 2: x minus 1. end vector
5	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column vector. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2. end vector
6	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row vector. Column 1: x plus 1 Column 2: 2 x. end vector
7	$(\begin{matrix} 3 & 2 \end{matrix}) (\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix})$	the 1 by 2 row vector. 3, 2. end vector times the 2 by 2 matrix. Row 1: 0, 5 Row 2: 9, 4. end matrix
8	$(\begin{matrix} 1 & 2 & 7 \end{matrix}) (\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix})$	the 1 by 3 row vector. 1, 2, 7. end vector times the 3 by 3 matrix. Row 1: 3, 5, 4 Row 2: 8, 0, 6 Row 3: 1, 4, 2. end matrix
9	$(\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix}) (\begin{matrix} 3 \\ 2 \end{matrix})$	the 2 by 2 matrix. Row 1: 0, 5 Row 2: 9, 4. end matrix times the 2 by 1 column vector. 3, 2. end vector
10	$(\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix}) (\begin{matrix} 1 \\ 2 \\ 7 \end{matrix})$	the 3 by 3 matrix. Row 1: 3, 5, 4 Row 2: 8, 0, 6 Row 3: 1, 4, 2. end matrix times the 3 by 1 column vector. 1, 2, 7. end vector

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_Combinatoric.

0	$(\begin{matrix} n \\ r \end{matrix})$	n choose r
1	$(\begin{matrix} 10 \\ 7 \end{matrix})$	10 choose 7
2	$(\begin{matrix} 15 \\ 0 \end{matrix})$	15 choose 0
3	$(\begin{matrix} 8 \\ 3 \end{matrix})$	8 choose 3

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 lines, Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 lines, Line 1: x plus y; equals; 7. Line 2: 2 x, plus 3 y; equals; 17
2	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	2 lines, Line 1: x; plus; y; equals; 7. Line 2: 2 x; plus; 3 y; equals; 17
3	$\begin{matrix} Equation 1: x + y = 7 \\ Equation 2: 2 x + 3 y = 17 \end{matrix}$	2 lines, Line 1: Equation 1 colon x plus y equals 7. Line 2: Equation 2 colon 2 x, plus 3 y, equals 17
4	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	2 lines, Line 1: Equation 1 colon; x plus y equals 7. Line 2: Equation 2 colon; 2 x, plus 3 y, equals 17
5	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	2 lines, Line 1: Equation 1 colon; x plus y; equals; 7. Line 2: Equation 2 colon; 2 x, plus 3 y; equals; 17
6	$\begin{matrix} 4 x + 3 y + 2 z = 17 \\ 2 x + 4 y + 6 z = 6 \\ 3 x + 2 y + 5 z = 1 \end{matrix}$	3 lines, Line 1: 4 x, plus 3 y, plus 2 z, equals 17. Line 2: 2 x, plus 4 y, plus 6 z, equals 6. Line 3: 3 x, plus 2 y, plus 5 z, equals 1
7	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	3 lines, Line 1: 4 x; plus; 3 y; plus; 2 z; equals; 1. Line 2: 2 x; plus; 4 y; plus; 6 z; equals; 6. Line 3: 3 x; plus; 2 y; plus; 5 z; equals; 1
8	$\begin{matrix} Equation 1: 4 x + 3 y + 2 z = 17 \\ Equation 2: 2 x + 4 y + 6 z = 6 \\ Equation 3: 3 x + 2 y + 5 z = 1 \end{matrix}$	3 lines, Line 1: Equation 1 colon 4 x, plus 3 y, plus 2 z, equals 17. Line 2: Equation 2 colon 2 x, plus 4 y, plus 6 z, equals 6. Line 3: Equation 3 colon 3 x, plus 2 y, plus 5 z, equals 1
9	$\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}$	3 lines, Line 1: x is greater than or equal to 0. Line 2: y is greater than or equal to 0. Line 3: 3 x, minus 5 y, is less than or equal to 30
10	$\begin{matrix} 3 x + 8 = 5 x \\ 8 = 5 x - 3 x \\ 8 = 2 x \\ 4 = x \end{matrix}$	4 lines, Line 1: 3 x, plus 8 equals 5 x. Line 2: 8 equals 5 x, minus 3 x. Line 3: 8 equals 2 x. Line 4: 4 equals x
11	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines, Line 1: 3 x; plus; 8; equals; 5 x; blank; blank. Line 2: blank; blank; 8; equals; 5 x; minus; 3 x. Line 3: blank; blank; 8; equals; 2 x; blank; blank. Line 4: blank; blank; 4; equals; x; blank; blank
12	$\begin{matrix} Step 1: 3 x + 8 = 5 x \\ Step 2: 8 = 5 x - 3 x \\ Step 3: 8 = 2 x \\ Step 4: 4 = x \end{matrix}$	4 lines, Line 1: Step 1 colon 3 x, plus 8 equals 5 x. Line 2: Step 2 colon 8 equals 5 x, minus 3 x. Line 3: Step 3 colon 8 equals 2 x. Line 4: Step 4 colon 4 equals x
13	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x if x is less than 0. Case 2: x if x is greater than or equal to 0
14	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x; if x is less than 0. Case 2: x; if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Case.

0	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x if x is less than 0. Case 2: x if x is greater than or equal to 0
1	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x; if x is less than 0. Case 2: x; if x is greater than or equal to 0
2	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	2 cases, Case 1: f of x, equals negative x; if x is less than 0. Case 2: f of x, equals x; if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Equation.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 equations, Equation 1: x plus y equals 7. Equation 2: 2 x, plus 3 y, equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 equations, Equation 1: x plus y; equals; 7. Equation 2: 2 x, plus 3 y; equals; 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLinePausesBetweenColumns_Auto:MultiLineOverview_Auto:MultiLineLabel_Line.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

2 lines, Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Line.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 lines, Line 1: x plus y; equals; 7. Line 2: 2 x, plus 3 y; equals; 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Row.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 rows, Row 1: x plus y equals 7. Row 2: 2 x, plus 3 y, equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 rows, Row 1: x plus y; equals; 7. Row 2: 2 x, plus 3 y; equals; 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Step.

0	$\begin{matrix} 3 x + 8 = 5 x \\ 8 = 5 x - 3 x \\ 8 = 2 x \\ 4 = x \end{matrix}$	4 steps, Step 1: 3 x, plus 8 equals 5 x. Step 2: 8 equals 5 x, minus 3 x. Step 3: 8 equals 2 x. Step 4: 4 equals x
1	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 steps, Step 1: 3 x; plus; 8; equals; 5 x; blank; blank. Step 2: blank; blank; 8; equals; 5 x; minus; 3 x. Step 3: blank; blank; 8; equals; 2 x; blank; blank. Step 4: blank; blank; 4; equals; x; blank; blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Constraint.

\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}

3 constraints, Constraint 1: x is greater than or equal to 0. Constraint 2: y is greater than or equal to 0. Constraint 3: 3 x, minus 5 y, is less than or equal to 30

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_None.

0	$\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}$	3 lines, x is greater than or equal to 0. y is greater than or equal to 0. 3 x, minus 5 y, is less than or equal to 30
1	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines, 3 x; plus; 8; equals; 5 x; blank; blank. blank; blank; 8; equals; 5 x; minus; 3 x. blank; blank; 8; equals; 2 x; blank; blank. blank; blank; 4; equals; x; blank; blank
2	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, negative x if x is less than 0. x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 lines, Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 lines, Line 1: x plus y. equals. 7. Line 2: 2 x, plus 3 y. equals. 17
2	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	2 lines, Line 1: x. plus. y. equals. 7. Line 2: 2 x. plus. 3 y. equals. 17
3	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	2 lines, Line 1: Equation 1 colon. x plus y equals 7. Line 2: Equation 2 colon. 2 x, plus 3 y, equals 17
4	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	2 lines, Line 1: Equation 1 colon. x plus y. equals. 7. Line 2: Equation 2 colon. 2 x, plus 3 y. equals. 17
5	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	3 lines, Line 1: 4 x. plus. 3 y. plus. 2 z. equals. 1. Line 2: 2 x. plus. 4 y. plus. 6 z. equals. 6. Line 3: 3 x. plus. 2 y. plus. 5 z. equals. 1
6	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines, Line 1: 3 x. plus. 8. equals. 5 x. blank. blank. Line 2: blank. blank. 8. equals. 5 x. minus. 3 x. Line 3: blank. blank. 8. equals. 2 x. blank. blank. Line 4: blank. blank. 4. equals. x. blank. blank
7	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x. if x is less than 0. Case 2: x. if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Case:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

0	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x. if x is less than 0. Case 2: x. if x is greater than or equal to 0
1	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	2 cases, Case 1: f of x, equals negative x. if x is less than 0. Case 2: f of x, equals x. if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Equation:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 equations, Equation 1: x plus y. equals. 7. Equation 2: 2 x, plus 3 y. equals. 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Line:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 lines, Line 1: x plus y. equals. 7. Line 2: 2 x, plus 3 y. equals. 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Row:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 rows, Row 1: x plus y. equals. 7. Row 2: 2 x, plus 3 y. equals. 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Step:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}

4 steps, Step 1: 3 x. plus. 8. equals. 5 x. blank. blank. Step 2: blank. blank. 8. equals. 5 x. minus. 3 x. Step 3: blank. blank. 8. equals. 2 x. blank. blank. Step 4: blank. blank. 4. equals. x. blank. blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

0	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 lines, Line 1: x plus y, equals, 7. Line 2: 2 x, plus 3 y, equals, 17
1	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	2 lines, Line 1: x, plus, y, equals, 7. Line 2: 2 x, plus, 3 y, equals, 17
2	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	2 lines, Line 1: Equation 1 colon, x plus y equals 7. Line 2: Equation 2 colon, 2 x, plus 3 y, equals 17
3	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	2 lines, Line 1: Equation 1 colon, x plus y, equals, 7. Line 2: Equation 2 colon, 2 x, plus 3 y, equals, 17
4	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	3 lines, Line 1: 4 x, plus, 3 y, plus, 2 z, equals, 1. Line 2: 2 x, plus, 4 y, plus, 6 z, equals, 6. Line 3: 3 x, plus, 2 y, plus, 5 z, equals, 1
5	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines, Line 1: 3 x, plus, 8, equals, 5 x, blank, blank. Line 2: blank, blank, 8, equals, 5 x, minus, 3 x. Line 3: blank, blank, 8, equals, 2 x, blank, blank. Line 4: blank, blank, 4, equals, x, blank, blank
6	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x, if x is less than 0. Case 2: x, if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Case:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

0	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x, equals, 2 cases, Case 1: negative x, if x is less than 0. Case 2: x, if x is greater than or equal to 0
1	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	2 cases, Case 1: f of x, equals negative x, if x is less than 0. Case 2: f of x, equals x, if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Equation:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 equations, Equation 1: x plus y, equals, 7. Equation 2: 2 x, plus 3 y, equals, 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Line:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 lines, Line 1: x plus y, equals, 7. Line 2: 2 x, plus 3 y, equals, 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Row:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 rows, Row 1: x plus y, equals, 7. Row 2: 2 x, plus 3 y, equals, 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Step:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}

4 steps, Step 1: 3 x, plus, 8, equals, 5 x, blank, blank. Step 2: blank, blank, 8, equals, 5 x, minus, 3 x. Step 3: blank, blank, 8, equals, 2 x, blank, blank. Step 4: blank, blank, 4, equals, x, blank, blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineOverview_None.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	Line 1: x plus y; equals; 7. Line 2: 2 x, plus 3 y; equals; 17
2	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	Line 1: x; plus; y; equals; 7. Line 2: 2 x; plus; 3 y; equals; 17
3	$\begin{matrix} Equation 1: x + y = 7 \\ Equation 2: 2 x + 3 y = 17 \end{matrix}$	Line 1: Equation 1 colon x plus y equals 7. Line 2: Equation 2 colon 2 x, plus 3 y, equals 17
4	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	Line 1: Equation 1 colon; x plus y equals 7. Line 2: Equation 2 colon; 2 x, plus 3 y, equals 17
5	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	Line 1: Equation 1 colon; x plus y; equals; 7. Line 2: Equation 2 colon; 2 x, plus 3 y; equals; 17
6	$\begin{matrix} 4 x + 3 y + 2 z = 17 \\ 2 x + 4 y + 6 z = 6 \\ 3 x + 2 y + 5 z = 1 \end{matrix}$	Line 1: 4 x, plus 3 y, plus 2 z, equals 17. Line 2: 2 x, plus 4 y, plus 6 z, equals 6. Line 3: 3 x, plus 2 y, plus 5 z, equals 1
7	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	Line 1: 4 x; plus; 3 y; plus; 2 z; equals; 1. Line 2: 2 x; plus; 4 y; plus; 6 z; equals; 6. Line 3: 3 x; plus; 2 y; plus; 5 z; equals; 1
8	$\begin{matrix} Equation 1: 4 x + 3 y + 2 z = 17 \\ Equation 2: 2 x + 4 y + 6 z = 6 \\ Equation 3: 3 x + 2 y + 5 z = 1 \end{matrix}$	Line 1: Equation 1 colon 4 x, plus 3 y, plus 2 z, equals 17. Line 2: Equation 2 colon 2 x, plus 4 y, plus 6 z, equals 6. Line 3: Equation 3 colon 3 x, plus 2 y, plus 5 z, equals 1
9	$\begin{matrix} Step 1: 3 x + 8 = 5 x \\ Step 2: 8 = 5 x - 3 x \\ Step 3: 8 = 2 x \\ Step 4: 4 = x \end{matrix}$	Line 1: Step 1 colon 3 x, plus 8 equals 5 x. Line 2: Step 2 colon 8 equals 5 x, minus 3 x. Line 3: Step 3 colon 8 equals 2 x. Line 4: Step 4 colon 4 equals x
10	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x, equals, Case 1: negative x if x is less than 0. Case 2: x if x is greater than or equal to 0
11	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x, equals, Case 1: negative x; if x is less than 0. Case 2: x; if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Case:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

0	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x, equals, Case 1: negative x if x is less than 0. Case 2: x if x is greater than or equal to 0
1	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	Case 1: f of x, equals negative x; if x is less than 0. Case 2: f of x, equals x; if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Equation:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

Equation 1: x plus y equals 7. Equation 2: 2 x, plus 3 y, equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Line:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Row:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

Row 1: x plus y equals 7. Row 2: 2 x, plus 3 y, equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Step:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

0	$\begin{matrix} 3 x + 8 = 5 x \\ 8 = 5 x - 3 x \\ 8 = 2 x \\ 4 = x \end{matrix}$	Step 1: 3 x, plus 8 equals 5 x. Step 2: 8 equals 5 x, minus 3 x. Step 3: 8 equals 2 x. Step 4: 4 equals x
1	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	Step 1: 3 x; plus; 8; equals; 5 x; blank; blank. Step 2: blank; blank; 8; equals; 5 x; minus; 3 x. Step 3: blank; blank; 8; equals; 2 x; blank; blank. Step 4: blank; blank; 4; equals; x; blank; blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Constraint:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}

Constraint 1: x is greater than or equal to 0. Constraint 2: y is greater than or equal to 0. Constraint 3: 3 x, minus 5 y, is less than or equal to 30

English Clearspeak NamedSets rule tests. Locale: en, Style: Verbose.

0	$ℝ$	the real numbers
1	$R$	the real numbers
2	$ℂ$	the complex numbers
3	$C$	the complex numbers
4	$ℤ$	the integers
5	$Z$	the integers
6	$ℚ$	the rational numbers
7	$Q$	the rational numbers
8	$ℕ$	the natural numbers
9	$N$	the natural numbers
10	$ℕ_{0}$	the natural numbers with zero
11	$N_{0}$	the natural numbers with zero
12	$ℤ^{+}$	the positive integers
13	$Z^{+}$	the positive integers
14	$ℤ^{-}$	the negative integers
15	$Z^{-}$	the negative integers
16	$ℝ^{2}$	r-two
17	$R^{2}$	r-two
18	$ℤ^{3}$	z-three
19	$Z^{3}$	z-three
20	$ℂ^{n}$	c-n
21	$C^{n}$	c-n
22	$ℝ^{\infty}$	r-infinity
23	$R^{\infty}$	r-infinity

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Auto.

0	$(25)$	25
1	$(2 x)$	2 x
2	$2 + (- 2)$	2 plus negative 2
3	$2 - (- 2)$	2 minus negative 2
4	$2 - - 2$	2 minus negative 2
5	$2 - {(- 2)}^{3}$	2 minus, open paren, negative 2, close paren, cubed
6	${(2 x)}^{2}$	open paren, 2 x, close paren, squared
7	${(2 x)}^{y + 1}$	open paren, 2 x, close paren, raised to the y plus 1 power
8	$(- 2 x)$	negative 2 x
9	${(- 2 x)}^{2}$	open paren, negative 2 x, close paren, squared
10	$- {(2 x)}^{2}$	negative, open paren, 2 x, close paren, squared
11	$(\frac{1}{2})$	one half
12	$(\frac{3}{4} x)$	three fourths x
13	$(\frac{11}{22})$	open paren, 11 over 22, close paren
14	${(\frac{1}{2})}^{4}$	one half to the fourth power
15	${(\frac{11}{15})}^{2}$	open paren, 11 over 15, close paren, squared

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Speak.

0	$(25)$	open paren, 25, close paren
1	$(2 x)$	open paren, 2 x, close paren
2	$2 + (- 2)$	2 plus, open paren, negative 2, close paren
3	$2 - (- 2)$	2 minus, open paren, negative 2, close paren
4	$2 - {(- 2)}^{3}$	2 minus, open paren, negative 2, close paren, cubed
5	${(2 x)}^{2}$	open paren, 2 x, close paren, squared
6	${(2 x)}^{y + 1}$	open paren, 2 x, close paren, raised to the y plus 1 power
7	$(- 2 x)$	open paren, negative 2 x, close paren
8	${(- 2 x)}^{2}$	open paren, negative 2 x, close paren, squared
9	$- {(2 x)}^{2}$	negative, open paren, 2 x, close paren, squared
10	$(\frac{1}{2})$	open paren, one half, close paren
11	$(\frac{3}{4} x)$	open paren, three fourths x, close paren
12	$(\frac{11}{22})$	open paren, 11 over 22, close paren
13	${(\frac{1}{2})}^{4}$	open paren, one half, close paren, to the fourth power
14	${(\frac{11}{15})}^{2}$	open paren, 11 over 15, close paren, squared

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_CoordPoint.

0	$(1, 2)$	the point with coordinates 1 comma 2
1	$(x, y)$	the point with coordinates x comma y
2	$(1, 2, 3)$	the point with coordinates 1 comma 2 comma 3
3	$(x, y, z)$	the point with coordinates x comma y comma z
4	$(1, 2, 386)$	the point with coordinates 1 comma 2 comma 386

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Interval.

0	$(a, b)$	the interval from a to b, not including a or b
1	$(0, 1)$	the interval from 0 to 1, not including 0 or 1
2	$[a, b)$	the interval from a to b, including a, but not including b
3	$[0, 1)$	the interval from 0 to 1, including 0, but not including 1
4	$(a, b]$	the interval from a to b, not including a, but including b
5	$(0, 1]$	the interval from 0 to 1, not including 0, but including 1
6	$[a, b]$	the interval from a to b, including a and b
7	$[0, 1]$	the interval from 0 to 1, including 0 and 1
8	$(- \infty, b)$	the interval from negative infinity to b, not including b
9	$(- \infty, 1)$	the interval from negative infinity to 1, not including 1
10	$(- \infty, b]$	the interval from negative infinity to b, including b
11	$(- \infty, 1]$	the interval from negative infinity to 1, including 1
12	$(a, \infty)$	the interval from a to infinity, not including a
13	$(1, \infty)$	the interval from 1 to infinity, not including 1
14	$[a, \infty)$	the interval from a to infinity, including a
15	$[1, \infty)$	the interval from 1 to infinity, including 1
16	$(- \infty, \infty)$	the interval from negative infinity to infinity
17	$(- \infty, + \infty)$	the interval from negative infinity to positive infinity

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_SpeakNestingLevel.

0	$f (g (x))$	f of, g of x
1	$f (g (x + 1))$	f of, open paren, g of, open paren, x plus 1, close paren, close paren
2	$6 - [2 - (3 + 5)]$	6 minus, open bracket, 2 minus, open paren, 3 plus 5, close paren, close bracket
3	$6 - (2 - (3 + 5))$	6 minus, open paren, 2 minus, open second paren, 3 plus 5, close second paren, close paren
4	$4 [x + 3 (2 x + 1)]$	4 times, open bracket, x plus 3 times, open paren, 2 x, plus 1, close paren, close bracket
5	$4 (x + 3 (2 x + 1))$	4 times, open paren, x plus 3 times, open second paren, 2 x, plus 1, close second paren, close paren
6	$1 + (2 + (3 + 7) - (2 + 8))$	1 plus, open paren, 2 plus, open second paren, 3 plus 7, close second paren, minus, open second paren, 2 plus 8, close second paren, close paren
7	$1 + (2 + (3 - (4 - 5)))$	1 plus, open paren, 2 plus, open second paren, 3 minus, open third paren, 4 minus 5, close third paren, close second paren, close paren
8	$((2 + (3 + 4) + 5) + 6 + ((7 + (8 + 1)) + 2))$	open paren, open second paren, 2 plus, open third paren, 3 plus 4, close third paren, plus 5, close second paren, plus 6 plus, open second paren, open third paren, 7 plus, open fourth paren, 8 plus 1, close fourth paren, close third paren, plus 2, close second paren, close paren

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Silent.

0	$(25)$	25
1	$(2 x)$	2 x
2	$2 + (- 2)$	2 plus, negative 2
3	$2 - (- 2)$	2 minus, negative 2
4	$2 - {(- 2)}^{3}$	2 minus, negative 2, cubed
5	${(2 x)}^{2}$	2 x, squared
6	${(2 x)}^{y + 1}$	2 x, raised to the y plus 1 power
7	$(- 2 x)$	negative 2 x
8	${(- 2 x)}^{2}$	negative 2 x, squared
9	$- {(2 x)}^{2}$	negative, 2 x, squared
10	$(\frac{1}{2})$	one half
11	$(\frac{3}{4} x)$	three fourths x
12	$(\frac{11}{22})$	11 over 22
13	${(\frac{1}{2})}^{4}$	one half, to the fourth power
14	${(\frac{11}{15})}^{2}$	11 over 15, squared

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolX_Auto.

0	$6 \times 8$	6 times 8
1	$m \times n$	m times n
2	$3 \times 3$	3 times 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolX_By.

0	$6 \times 8$	6 by 8
1	$m \times n$	m by n
2	$3 \times 3$	3 by 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolX_Cross.

u \times v

u cross v

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolDot_Auto.

0	$6 \cdot 8$	6 times 8
1	$m \cdot n$	m times n
2	$3 \cdot 3$	3 times 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolDot_Dot.

0	$6 \cdot 8$	6 dot 8
1	$m \cdot n$	m dot n
2	$3 \cdot 3$	3 dot 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: TriangleSymbol_Auto.

0	$Δ A B C$	triangle A B C
1	$Δ D E F$	triangle D E F

English Clearspeak Part2Symbols rule tests. Locale: en, Style: TriangleSymbol_Delta.

0	$Δ x$	Delta x
1	$f (x + Δ x)$	f of, open paren, x plus Delta x, close paren

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Ellipses_Auto.

0	$1, 2, 3, \dots$	1 comma 2 comma 3 comma dot dot dot
1	$1, 2, 3, \dots, 20$	1 comma 2 comma 3 comma dot dot dot comma 20
2	$\dots, - 2, - 1, 0, 1, 2, \dots$	dot dot dot comma, negative 2, comma, negative 1, comma 0 comma 1 comma 2 comma dot dot dot

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Ellipses_AndSoOn.

0	$1, 2, 3, \dots$	1 comma 2 comma 3 comma and so on
1	$1, 2, 3, \dots, 20$	1 comma 2 comma 3 comma and so on up to comma 20
2	$\dots, - 2, - 1, 0, 1, 2, \dots$	dot dot dot comma, negative 2, comma, negative 1, comma 0 comma 1 comma 2 comma dot dot dot

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_Auto.

0	$3 \| 6$	3 divides 6
1	${x \| x > 0}$	the set of all x such that x is greater than 0
2	${x \| \| x \| > 2}$	the set of all x such that, the absolute value of x, is greater than 2
3	$f (x) \|_{x = 5}$	f of x, evaluated at x equals 5
4	$x^{2} + 2 x \|_{x = 2}$	x squared plus 2 x, evaluated at x equals 2
5	$x^{2} + x \|_{0}^{1}$	x squared plus x, evaluated at 1, minus the same expression evaluated at 0

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_SuchThat.

{x | x > 0}

the set of all x such that x is greater than 0

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_Divides.

3 | 6

3 divides 6

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_Given.

P (A | B)

P of, open paren, A given B, close paren

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Auto.

0	$If x \in ℤ then 2 x is an even number.$	If x is a member of the integers then 2 x, is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x in the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, is not a member of the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Member.

0	$If x \in ℤ then 2 x is an even number.$	If x is a member of the integers then 2 x, is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x member of the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, is not a member of the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Element.

0	$If x \in ℤ then 2 x is an even number.$	If x is an element of the integers then 2 x, is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x element of the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, is not an element of the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Belongs.

0	$If x \in ℤ then 2 x is an even number.$	If x belongs to the integers then 2 x, is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x belonging to the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, does not belong to the real numbers
3	$If x \in ℤ then 2 x is an even number.$	If x belongs to the integers then 2 x, is an even number period
4	${x \in ℤ \| x > 5}$	the set of all x belonging to the integers such that x is greater than 5
5	$3 + 2 i \notin ℝ$	3 plus 2 i, does not belong to the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Sets_woAll:SetMemberSymbol_Belongs.

{x \in ℤ : 2 < x < 7}

the set of x belonging to the integers such that 2 is less than x is less than 7

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Sets_woAll:SetMemberSymbol_Member.

{x \in ℤ | x > 5}

the set of x member of the integers such that x is greater than 5

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Verbose.

0	$\sum_{n = 1}^{10} n$	the sum from n equals 1 to 10 of n
1	$\sum_{n = 1}^{\infty} n$	the sum from n equals 1 to infinity of n
2	$\sum_{i \in ℤ^{+}} i$	the sum over i is a member of the positive integers, of i
3	$\sum_{S} i$	the sum over S, of i
4	$\sum a_{i}$	the sum of, a sub i
5	$\prod_{i = 1}^{10} i$	the product from i equals 1 to 10 of i
6	$\prod_{i \in ℤ^{+}} \frac{i}{i + 1}$	the product over i is a member of the positive integers, of, the fraction with numerator i, and denominator i plus 1
7	$\prod_{ℤ^{+}} \frac{i}{i + 1}$	the product over the positive integers, of, the fraction with numerator i, and denominator i plus 1
8	$\prod a_{i}$	the product of, a sub i
9	$\cap_{i = 1}^{10} S_{i}$	the intersection from i equals 1 to 10 of, S sub i
10	$\cup_{i = 1}^{10} S_{i}$	the union from i equals 1 to 10 of, S sub i
11	$\cap S_{i}$	the intersection of, S sub i
12	$\cup S_{i}$	the union of, S sub i
13	$\underset{C}{\cap} S_{i}$	the intersection over C, of, S sub i
14	$\underset{C}{\cup} S_{i}$	the union over C, of, S sub i
15	$\int f (x) d x$	the integral of f of x, d x
16	$\int_{0}^{1} f (x) d x$	the integral from 0 to 1 of f of x, d x
17	$\int_{ℝ} f (x) d x$	the integral over the real numbers, of f of x, d x

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Prime_Auto.

0	$A^{'} B^{'}$	A prime, B prime
1	$A^{″} B^{″}$	A double prime, B double prime
2	$A^{‴} B^{‴}$	A triple prime, B triple prime
3	$f^{'} (x)$	f prime of x
4	$f^{″} (x)$	f double prime of x
5	$f^{‴} (x)$	f triple prime of x
6	$1^{'}$	1 foot
7	$2^{'}$	2 feet
8	$1^{″}$	1 inch
9	$2^{″}$	2 inches
10	$16^{'} 10^{″}$	16 feet, 10 inches
11	$45 ° 10^{'}$	45 degrees, 10 minutes
12	$x ° y^{'}$	x degrees, y minutes
13	$45 ° 10^{'} 25^{″}$	45 degrees, 10 minutes, 25 seconds
14	$x ° y^{'} z^{″}$	x degrees, y minutes, z seconds

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Prime_Angle.

0	$1^{'}$	1 minute
1	$x^{'}$	x minutes
2	$2^{'}$	2 minutes
3	$1^{″}$	1 second
4	$x^{″}$	x seconds
5	$2^{″}$	2 seconds
6	$16^{'} 10^{″}$	16 minutes, 10 seconds
7	$x^{'} y^{″}$	x minutes, y seconds
8	$45 ° 10^{'}$	45 degrees, 10 minutes
9	$45 ° 10^{'} 25^{″}$	45 degrees, 10 minutes, 25 seconds
10	$A^{'} B^{'}$	A prime, B prime
11	$A^{″} B^{″}$	A double prime, B double prime
12	$A^{‴} B^{‴}$	A triple prime, B triple prime
13	$f^{'} (x)$	f prime of x
14	$f^{″} (x)$	f double prime of x
15	$f^{‴} (x)$	f triple prime of x

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Prime_Length.

0	$1^{'}$	1 foot
1	$x^{'}$	x feet
2	$2^{'}$	2 feet
3	$1^{″}$	1 inch
4	$x^{″}$	x inches
5	$2^{″}$	2 inches
6	$16^{'} 10^{″}$	16 feet, 10 inches
7	$x^{'} y^{″}$	x feet, y inches
8	$45 ° 10^{'}$	45 degrees, 10 minutes
9	$45 ° 10^{'} 25^{″}$	45 degrees, 10 minutes, 25 seconds
10	$A^{'} B^{'}$	A prime, B prime
11	$A^{″} B^{″}$	A double prime, B double prime
12	$A^{‴} B^{‴}$	A triple prime, B triple prime
13	$f^{'} (x)$	f prime of x
14	$f^{″} (x)$	f double prime of x
15	$f^{‴} (x)$	f triple prime of x

English Clearspeak Part3Adornments rule tests. Locale: en, Style: CombinationPermutation_Auto.

0	${}_{n}C_{r}$	n C r
1	${}_{n}P_{r}$	n P r
2	${}_{10}C_{3}$	10 C 3
3	${}_{10}P_{3}$	10 P 3

English Clearspeak Part3Adornments rule tests. Locale: en, Style: CombinationPermutation_ChoosePermute.

0	${}_{n}C_{r}$	n choose r
1	${}_{n}P_{r}$	n permute r
2	${}_{10}C_{3}$	10 choose 3
3	${}_{10}P_{3}$	10 permute 3

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Bar_Auto.

0	$\bar{f}$	f bar
1	$\bar{f} (x)$	f bar of x
2	$\bar{f_{1}}$	f sub 1, bar
3	$\bar{f_{1}} (x)$	f sub 1, bar of x
4	$\bar{z}$	z bar
5	$0 . \bar{3}$	the repeating decimal 0 point followed by repeating digit 3
6	$0 . \bar{12}$	the repeating decimal 0 point followed by repeating digits 1 2
7	$2 . \bar{134}$	the repeating decimal 2 point followed by repeating digits 1 3 4
8	$.13 \bar{467}$	the repeating decimal point 1 3 followed by repeating digits 4 6 7
9	$25.12 \bar{632}$	the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2
10	$z \bar{z}$	z, z bar
11	$\bar{C D}$	the line segment C D
12	$\bar{C^{'} D^{'}}$	the line segment C prime D prime
13	$\bar{C^{″} D^{″}}$	the line segment C double prime D double prime
14	$\bar{C^{‴} D^{‴}}$	the line segment C triple prime D triple prime
15	$\overset{def}{=}$	is defined to be
16	$(f \circ g) (x) \overset{def}{=} f (g (x))$	open paren, f composed with g, close paren, of x, is defined to be, f of, g of x
17	$\overset{?}{=}$	equals sign with question mark over it
18	$x + 2 \overset{?}{=} 4$	x plus 2 equals sign with question mark over it 4

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Bar_Conjugate.

0	$\bar{z}$	the complex conjugate of z
1	$z \bar{z}$	z, the complex conjugate of z
2	$\bar{3 - 2 i} = 3 + 2 i$	the complex conjugate of 3 minus 2 i, equals 3 plus 2 i
3	$0 . \bar{3}$	the repeating decimal 0 point followed by repeating digit 3
4	$0 . \bar{12}$	the repeating decimal 0 point followed by repeating digits 1 2
5	$2 . \bar{134}$	the repeating decimal 2 point followed by repeating digits 1 3 4
6	$.13 \bar{467}$	the repeating decimal point 1 3 followed by repeating digits 4 6 7
7	$25.12 \bar{632}$	the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2

English Clearspeak Roots rule tests. Locale: en, Style: Roots_Auto.

0	$\sqrt{2}$	the square root of 2
1	$3 + \sqrt{2}$	3 plus the square root of 2
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2
4	$- \sqrt{2}$	the negative square root of 2
5	$3 - \sqrt{2}$	3 minus the square root of 2
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2
8	$3 + (- \sqrt{2})$	3 plus, open paren, the negative square root of 2, close paren
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, close paren
10	$\sqrt{x + 1}$	the square root of x plus 1
11	$\sqrt{x} + 1$	the square root of x, plus 1
12	$- \sqrt{x}$	the negative square root of x
13	${(\sqrt{x})}^{2}$	open paren, the square root of x, close paren, squared
14	$- {(\sqrt{x})}^{2}$	negative, open paren, the square root of x, close paren, squared
15	${\sqrt{x}}^{2}$	the square root of x, squared
16	$\sqrt{x^{2}}$	the square root of x squared
17	$\sqrt{x^{2} + y^{2}}$	the square root of x squared plus y squared
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the square root of, x sub 1, squared plus, x sub 2, squared
19	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the square root of, open paren, x sub 2, minus, x sub 1, close paren, squared plus, open paren, y sub 2, minus, y sub 1, close paren, squared
20	$\sqrt{\frac{1}{2}}$	the square root of one half
21	$\sqrt{\frac{23}{66}}$	the square root of, 23 over 66
22	$\sqrt{\frac{x + 1}{2 x + 5}}$	the square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5
23	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c, and denominator 2 a
24	$\sqrt[3]{y}$	the cube root of y
25	$\sqrt[4]{n}$	the fourth root of n
26	$\sqrt[5]{35}$	the fifth root of 35
27	$\sqrt[9]{146}$	the ninth root of 146
28	$\sqrt[n]{d}$	the n-th root of d
29	$\sqrt[m]{243}$	the m-th root of 243
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power
31	$\sqrt[j]{125}$	the j-th root of 125
32	$- \sqrt[3]{y}$	negative the cube root of y
33	$- \sqrt[4]{n}$	negative the fourth root of n

English Clearspeak Roots rule tests. Locale: en, Style: Roots_PosNegSqRoot.

0	$\sqrt{2}$	the positive square root of 2
1	$3 + \sqrt{2}$	3 plus the positive square root of 2
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2
4	$- \sqrt{2}$	the negative square root of 2
5	$3 - \sqrt{2}$	3 minus the positive square root of 2
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2
8	$3 + (- \sqrt{2})$	3 plus, open paren, the negative square root of 2, close paren
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, close paren
10	$\sqrt{x + 1}$	the positive square root of x plus 1
11	$\sqrt{x} + 1$	the positive square root of x, plus 1
12	$- \sqrt{x}$	the negative square root of x
13	${(\sqrt{x})}^{2}$	open paren, the positive square root of x, close paren, squared
14	${(- \sqrt{x})}^{2}$	open paren, the negative square root of x, close paren, squared
15	$- {(\sqrt{x})}^{2}$	negative, open paren, the positive square root of x, close paren, squared
16	${\sqrt{x}}^{2}$	the positive square root of x, squared
17	$\sqrt{x^{2}}$	the positive square root of x squared
18	$\sqrt{x^{2} + y^{2}}$	the positive square root of x squared plus y squared
19	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the positive square root of, x sub 1, squared plus, x sub 2, squared
20	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the positive square root of, open paren, x sub 2, minus, x sub 1, close paren, squared plus, open paren, y sub 2, minus, y sub 1, close paren, squared
21	$\sqrt{\frac{1}{2}}$	the positive square root of one half
22	$\sqrt{\frac{23}{66}}$	the positive square root of, 23 over 66
23	$\sqrt{\frac{x + 1}{2 x + 5}}$	the positive square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5
24	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c, and denominator 2 a
25	$\sqrt[3]{y}$	the cube root of y
26	$\sqrt[4]{n}$	the fourth root of n
27	$\sqrt[5]{35}$	the fifth root of 35
28	$\sqrt[9]{146}$	the ninth root of 146
29	$\sqrt[n]{d}$	the n-th root of d
30	$\sqrt[m]{243}$	the m-th root of 243
31	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power
32	$\sqrt[j]{125}$	the j-th root of 125
33	$- \sqrt[3]{y}$	negative the cube root of y
34	$- \sqrt[4]{n}$	negative the fourth root of n

English Clearspeak Roots rule tests. Locale: en, Style: Roots_RootEnd.

0	$\sqrt{2}$	the square root of 2, end root
1	$3 + \sqrt{2}$	3 plus the square root of 2, end root
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2, end root
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2, end root
4	$- \sqrt{2}$	the negative square root of 2, end root
5	$3 - \sqrt{2}$	3 minus the square root of 2, end root
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2, end root
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2, end root
8	$3 + (- \sqrt{2})$	3 plus, open paren, the negative square root of 2, end root, close paren
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, end root, close paren
10	$\sqrt{x + 1}$	the square root of x plus 1, end root
11	$\sqrt{x} + 1$	the square root of x, end root, plus 1
12	$- \sqrt{x}$	the negative square root of x, end root
13	${(\sqrt{x})}^{2}$	open paren, the square root of x, end root, close paren, squared
14	$- {(\sqrt{x})}^{2}$	negative, open paren, the square root of x, end root, close paren, squared
15	${\sqrt{x}}^{2}$	the square root of x, end root, squared
16	$\sqrt{x^{2}}$	the square root of x squared, end root
17	$\sqrt{x^{2} + y^{2}}$	the square root of x squared plus y squared, end root
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the square root of, x sub 1, squared plus, x sub 2, squared, end root
19	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the square root of, open paren, x sub 2, minus, x sub 1, close paren, squared plus, open paren, y sub 2, minus, y sub 1, close paren, squared, end root
20	$\sqrt{\frac{1}{2}}$	the square root of one half, end root
21	$\sqrt{\frac{23}{66}}$	the square root of, 23 over 66, end root
22	$\sqrt{\frac{x + 1}{2 x + 5}}$	the square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5, end root
23	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c, end root, and denominator 2 a
24	$\sqrt[3]{y}$	the cube root of y, end root
25	$\sqrt[4]{n}$	the fourth root of n, end root
26	$\sqrt[5]{35}$	the fifth root of 35, end root
27	$\sqrt[9]{146}$	the ninth root of 146, end root
28	$\sqrt[n]{d}$	the n-th root of d, end root
29	$\sqrt[m]{243}$	the m-th root of 243, end root
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power, end root
31	$\sqrt[j]{125}$	the j-th root of 125, end root
32	$- \sqrt[3]{y}$	negative the cube root of y, end root
33	$- \sqrt[4]{n}$	negative the fourth root of n, end root

English Clearspeak Roots rule tests. Locale: en, Style: Roots_PosNegSqRootEnd.

0	$\sqrt{2}$	the positive square root of 2, end root
1	$3 + \sqrt{2}$	3 plus the positive square root of 2, end root
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2, end root
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2, end root
4	$- \sqrt{2}$	the negative square root of 2, end root
5	$3 - \sqrt{2}$	3 minus the positive square root of 2, end root
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2, end root
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2, end root
8	$3 + (- \sqrt{2})$	3 plus, open paren, the negative square root of 2, end root, close paren
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, end root, close paren
10	$\sqrt{x + 1}$	the positive square root of x plus 1, end root
11	$\sqrt{x} + 1$	the positive square root of x, end root, plus 1
12	$- \sqrt{x}$	the negative square root of x, end root
13	${(\sqrt{x})}^{2}$	open paren, the positive square root of x, end root, close paren, squared
14	${(- \sqrt{x})}^{2}$	open paren, the negative square root of x, end root, close paren, squared
15	${\sqrt{x}}^{2}$	the positive square root of x, end root, squared
16	$\sqrt{x^{2}}$	the positive square root of x squared, end root
17	$\sqrt{x^{2} + y^{2}}$	the positive square root of x squared plus y squared, end root
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the positive square root of, x sub 1, squared plus, x sub 2, squared, end root
19	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the positive square root of, open paren, x sub 2, minus, x sub 1, close paren, squared plus, open paren, y sub 2, minus, y sub 1, close paren, squared, end root
20	$\sqrt{\frac{1}{2}}$	the positive square root of one half, end root
21	$\sqrt{\frac{23}{66}}$	the positive square root of, 23 over 66, end root
22	$\sqrt{\frac{x + 1}{2 x + 5}}$	the positive square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5, end root
23	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c, end root, and denominator 2 a
24	$\sqrt[3]{y}$	the cube root of y, end root
25	$\sqrt[4]{n}$	the fourth root of n, end root
26	$\sqrt[5]{35}$	the fifth root of 35, end root
27	$\sqrt[9]{146}$	the ninth root of 146, end root
28	$\sqrt[n]{d}$	the n-th root of d, end root
29	$\sqrt[m]{243}$	the m-th root of 243, end root
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power, end root
31	$\sqrt[j]{125}$	the j-th root of 125, end root
32	$- \sqrt[3]{y}$	negative the cube root of y, end root
33	$- \sqrt[4]{n}$	negative the fourth root of n, end root

English Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: en, Style: Sets_Auto.

0	${x \in ℤ \| 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
1	${x \| \| x \| > 2}$	the set of all x such that, the absolute value of x, is greater than 2
2	${x \in ℤ : 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
3	${x \in ℕ : x is an even number}$	the set of all x in the natural numbers such that x is an even number
4	${1, 2, 3}$	the set 1 comma 2 comma 3
5	${1, 112, 1, 253}$	the set 1 comma 112 comma 1 comma 253

English Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: en, Style: Sets_woAll.

0	${x \in ℤ \| 2 < x < 7}$	the set of x in the integers such that 2 is less than x is less than 7
1	${x \| \| x \| > 2}$	the set of x such that, the absolute value of x, is greater than 2
2	${x \in ℤ : 2 < x < 7}$	the set of x in the integers such that 2 is less than x is less than 7
3	${1, 2, 3}$	the set 1 comma 2 comma 3
4	${1, 112, 1, 253}$	the set 1 comma 112 comma 1 comma 253

English Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: en, Style: Sets_SilentBracket.

0	${x \in ℤ \| 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
1	${x \| \| x \| > 2}$	the set of all x such that, the absolute value of x, is greater than 2
2	${x \in ℤ : 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
3	${x \in ℕ : x is an even number}$	the set of all x in the natural numbers such that x is an even number
4	${1, 2, 3}$	1 comma 2 comma 3
5	${1, 112, 1, 253}$	1 comma 112 comma 1 comma 253

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_Auto.

0	$\sin x$	sine x
1	$\cos x$	cosine x
2	$\tan θ$	tangent theta
3	$\sec θ$	secant theta
4	$\csc x$	cosecant x
5	$\cot x$	cotangent x
6	$\sin^{2} x$	sine squared x
7	$\cos^{3} x$	cosine cubed x
8	$\tan^{2} x$	tangent squared x
9	$\sec^{3} x$	secant cubed x
10	$\csc^{2} x$	cosecant squared x
11	$\cot^{2} x$	cotangent squared x
12	$\sin 2 π$	sine 2 pi
13	$\sin (π k + \frac{π}{2})$	the sine of, open paren, pi k, plus, pi over 2, close paren
14	$\cos \frac{π}{2}$	the cosine of, pi over 2
15	$\sin \frac{π}{2}$	the sine of, pi over 2
16	$\frac{\sin π}{2}$	sine pi over 2
17	$\frac{2}{\sin π}$	2 over sine pi
18	$\frac{\sin \frac{π}{2}}{3}$	the fraction with numerator, the sine of, pi over 2, and denominator 3
19	$\tan (- π)$	tangent negative pi
20	$\sin (x + π)$	the sine of, open paren, x plus pi, close paren
21	$\cos (x + \frac{π}{2})$	the cosine of, open paren, x plus, pi over 2, close paren
22	$\cos (\frac{π}{2} + x)$	the cosine of, open paren, pi over 2, plus x, close paren
23	$\sin^{2} x + \cos^{2} x = 1$	sine squared x, plus, cosine squared x, equals 1
24	$\sin^{4} x$	the fourth power of sine x
25	$\cos^{5} x$	the fifth power of cosine x
26	$\tan^{n} x$	the n-th power of tangent x
27	$\frac{\sin x}{\cos x}$	sine x over cosine x
28	$\tan 35 °$	tangent 35 degrees
29	$\tan (∠ D E F)$	the tangent of, open paren, angle D E F, close paren
30	$\tan (∠ D)$	the tangent of, open paren, angle D, close paren
31	$\sin (x + y) = \sin x \cos y + \cos x \sin y$	the sine of, open paren, x plus y, close paren, equals, sine x cosine y, plus, cosine x sine y
32	$\cos (x + y) = \cos x \cos y - \sin x \sin y$	the cosine of, open paren, x plus y, close paren, equals, cosine x cosine y, minus, sine x sine y
33	$\tan (x + y) = \frac{\tan x - \tan y}{1 - \tan x \tan y}$	the tangent of, open paren, x plus y, close paren, equals, the fraction with numerator tangent x minus tangent y, and denominator 1 minus, tangent x tangent y
34	$\tan (\frac{π}{6} + \frac{2 π}{3}) = \frac{\tan \frac{π}{6} - \tan \frac{2 π}{3}}{1 - \tan \frac{π}{6} \tan \frac{2 π}{3}}$	the tangent of, open paren, pi over 6, plus, 2 pi over 3, close paren, equals, the fraction with numerator, the tangent of, pi over 6, minus, the tangent of, 2 pi over 3, and denominator 1 minus, the tangent of, pi over 6, the tangent of, 2 pi over 3
35	$\tan 2 x = \frac{2 \tan x}{1 - \tan^{2} x}$	tangent 2 x, equals, the fraction with numerator 2 tangent x, and denominator 1 minus, tangent squared x
36	$\cos 2 x = 2 \cos^{2} x - 1$	cosine 2 x, equals 2, cosine squared x, minus 1
37	$\sin \frac{x}{2} = \pm \sqrt{\frac{1 - \cos x}{2}}$	the sine of, x over 2, equals plus or minus the square root of, the fraction with numerator 1 minus cosine x, and denominator 2
38	$\tan \frac{x}{2} = \pm \sqrt{\frac{1 - \cos x}{1 + \cos x}}$	the tangent of, x over 2, equals plus or minus the square root of, the fraction with numerator 1 minus cosine x, and denominator 1 plus cosine x
39	$\cos x \cos y = 2 \cos \frac{x + y}{2} \cos \frac{x - y}{2}$	cosine x cosine y, equals 2, the cosine of, the fraction with numerator x plus y, and denominator 2, the cosine of, the fraction with numerator x minus y, and denominator 2
40	$\sin^{- 1} x$	the inverse sine of x
41	$\cos^{- 1} x$	the inverse cosine of x
42	$\tan^{- 1} x$	the inverse tangent of x
43	$\cot^{- 1} x$	the inverse cotangent of x
44	$\sec^{- 1} x$	the inverse secant of x
45	$\csc^{- 1} x$	the inverse cosecant of x
46	$\sin^{- 1} \frac{\sqrt{2}}{2}$	the inverse sine of, the fraction with numerator the square root of 2, and denominator 2
47	$\cos^{- 1} \frac{1}{2}$	the inverse cosine of one half
48	$\tan^{- 1} 17$	the inverse tangent of 17
49	$\cot^{- 1} 32$	the inverse cotangent of 32
50	$\sec^{- 1} 100$	the inverse secant of 100
51	$\csc^{- 1} 85$	the inverse cosecant of 85
52	$\sin^{- 1} (- x)$	the inverse sine of negative x
53	$\cos^{- 1} (- x)$	the inverse cosine of negative x
54	$\tan^{- 1} (- x + 12)$	the inverse tangent of, open paren, negative x plus 12, close paren
55	$\cot^{- 1} (- x - 1)$	the inverse cotangent of, open paren, negative x minus 1, close paren
56	$\sin^{- 1} (\sin 0)$	the inverse sine of sine 0
57	$\csc^{- 1} (\csc x)$	the inverse cosecant of cosecant x
58	$\cos (\cos^{- 1} (- \frac{\sqrt{2}}{2}))$	the cosine of, open paren, the inverse cosine of, open paren, negative, the fraction with numerator the square root of 2, and denominator 2, close paren, close paren
59	$\cos (- \cos^{- 1} (\frac{\sqrt{2}}{2}))$	the cosine of, open paren, negative, the inverse cosine of, open paren, the fraction with numerator the square root of 2, and denominator 2, close paren, close paren
60	$\sin^{- 1} (\cos \frac{π}{4})$	the inverse sine of, open paren, the cosine of, pi over 4, close paren
61	$\sin (\cos^{- 1} \frac{1}{2})$	sine, the inverse cosine of one half
62	$\sin (\tan^{- 1} 1)$	sine, the inverse tangent of 1
63	$\sin (- \tan^{- 1} 1)$	the sine of, open paren, negative, the inverse tangent of 1, close paren
64	$\sin (- \tan^{- 1} (- 1))$	the sine of, open paren, negative, the inverse tangent of negative 1, close paren
65	$\sec^{- 1} (\sec x)$	the inverse secant of secant x
66	$\arcsin x$	arc sine x
67	$\arccos x$	arc cosine x
68	$\arctan x$	arc tangent x
69	$\sinh x$	hyperbolic sine of x
70	$\cosh x$	hyperbolic cosine of x
71	$\tanh x$	hyperbolic tangent of x
72	$\coth x$	hyperbolic cotangent of x
73	$sech x$	hyperbolic secant of x
74	$csch x$	hyperbolic cosecant of x
75	$\sinh^{- 1} x$	the inverse hyperbolic sine of x
76	$\cosh^{- 1} x$	the inverse hyperbolic cosine of x
77	$\tanh^{- 1} x$	the inverse hyperbolic tangent of x
78	$\coth^{- 1} x$	the inverse hyperbolic cotangent of x
79	${sech}^{- 1} x$	the inverse hyperbolic secant of x
80	${csch}^{- 1} x$	the inverse hyperbolic cosecant of x
81	$\sinh (\sinh^{- 1} x)$	hyperbolic sine of, the inverse hyperbolic sine of x
82	$\cosh (\cosh^{- 1} x)$	hyperbolic cosine of, the inverse hyperbolic cosine of x
83	$\tanh (\tanh^{- 1} x)$	hyperbolic tangent of, the inverse hyperbolic tangent of x
84	$\coth (\coth^{- 1} x)$	hyperbolic cotangent of, the inverse hyperbolic cotangent of x
85	$\sinh^{- 1} (\sinh x)$	the inverse hyperbolic sine of, hyperbolic sine of x
86	$\cosh^{- 1} (\cosh x)$	the inverse hyperbolic cosine of, hyperbolic cosine of x
87	$\tanh^{- 1} (\tanh x)$	the inverse hyperbolic tangent of, hyperbolic tangent of x
88	$\coth^{- 1} (\coth x)$	the inverse hyperbolic cotangent of, hyperbolic cotangent of x

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_Auto:Roots_RootEnd.

0	$\sin (- \frac{π}{8}) = - \frac{1}{2} \sqrt{2 - \sqrt{2}}$	the sine of, open paren, negative, pi over 8, close paren, equals negative one half the square root of 2 minus the square root of 2, end root, end root
1	$\tan \frac{3 π}{8} = \frac{\sqrt{\sqrt{2} + 1}}{\sqrt{\sqrt{2} - 1}}$	the tangent of, 3 pi over 8, equals, the fraction with numerator the square root of, the square root of 2, end root, plus 1, end root, and denominator the square root of, the square root of 2, end root, minus 1, end root
2	$\tan \frac{π}{12} = \frac{1}{2} \sqrt{2 - \sqrt{3}}$	the tangent of, pi over 12, equals one half the square root of 2 minus the square root of 3, end root, end root

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_TrigInverse.

0	$\sin^{- 1} x$	sine inverse of x
1	$\cos^{- 1} x$	cosine inverse of x
2	$\tan^{- 1} x$	tangent inverse of x
3	$\cot^{- 1} x$	cotangent inverse of x
4	$\sec^{- 1} x$	secant inverse of x
5	$\csc^{- 1} x$	cosecant inverse of x
6	$\sin^{- 1} \frac{\sqrt{2}}{2}$	sine inverse of, the fraction with numerator the square root of 2, and denominator 2
7	$\cos^{- 1} \frac{1}{2}$	cosine inverse of one half
8	$\tan^{- 1} 17$	tangent inverse of 17
9	$\cot^{- 1} 32$	cotangent inverse of 32
10	$\sec^{- 1} 100$	secant inverse of 100
11	$\csc^{- 1} 85$	cosecant inverse of 85
12	$\sin^{- 1} (- x)$	sine inverse of negative x
13	$\cos^{- 1} (- x)$	cosine inverse of negative x
14	$\tan^{- 1} (- x + 12)$	tangent inverse of, open paren, negative x plus 12, close paren
15	$\cot^{- 1} (- x - 1)$	cotangent inverse of, open paren, negative x minus 1, close paren
16	$\sin^{- 1} (\sin 0)$	sine inverse of sine 0
17	$\csc^{- 1} (\csc x)$	cosecant inverse of cosecant x
18	$\cos (\cos^{- 1} (- \frac{\sqrt{2}}{2}))$	the cosine of, open paren, cosine inverse of, open paren, negative, the fraction with numerator the square root of 2, and denominator 2, close paren, close paren
19	$\cos (- \cos^{- 1} (\frac{\sqrt{2}}{2}))$	the cosine of, open paren, negative, cosine inverse of, open paren, the fraction with numerator the square root of 2, and denominator 2, close paren, close paren
20	$\sin^{- 1} (\cos \frac{π}{4})$	sine inverse of, open paren, the cosine of, pi over 4, close paren
21	$\sin (\cos^{- 1} \frac{1}{2})$	sine, cosine inverse of one half
22	$\sin (\tan^{- 1} 1)$	sine, tangent inverse of 1
23	$\sin (- \tan^{- 1} 1)$	the sine of, open paren, negative, tangent inverse of 1, close paren
24	$\sin (- \tan^{- 1} (- 1))$	the sine of, open paren, negative, tangent inverse of negative 1, close paren
25	$\sec^{- 1} (\sec x)$	secant inverse of secant x

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_ArcTrig.

0	$\sin^{- 1} x$	arc sine x
1	$\cos^{- 1} x$	arc cosine x
2	$\tan^{- 1} x$	arc tangent x
3	$\cot^{- 1} x$	arc cotangent x
4	$\sec^{- 1} x$	arc secant x
5	$\csc^{- 1} x$	arc cosecant x
6	$\sin^{- 1} \frac{\sqrt{2}}{2}$	arc sine of, the fraction with numerator the square root of 2, and denominator 2
7	$\cos^{- 1} \frac{1}{2}$	arc cosine one half
8	$\tan^{- 1} 17$	arc tangent 17
9	$\cot^{- 1} 32$	arc cotangent 32
10	$\sec^{- 1} 100$	arc secant 100
11	$\csc^{- 1} 85$	arc cosecant 85
12	$\sin^{- 1} (- x)$	arc sine negative x
13	$\cos^{- 1} (- x)$	arc cosine negative x
14	$\tan^{- 1} (- x + 12)$	arc tangent of, open paren, negative x plus 12, close paren
15	$\cot^{- 1} (- x - 1)$	arc cotangent of, open paren, negative x minus 1, close paren
16	$\sin^{- 1} (\sin 0)$	arc sine, sine 0
17	$\csc^{- 1} (\csc x)$	arc cosecant, cosecant x
18	$\cos (\cos^{- 1} (- \frac{\sqrt{2}}{2}))$	the cosine of, open paren, arc cosine of, open paren, negative, the fraction with numerator the square root of 2, and denominator 2, close paren, close paren
19	$\cos (- \cos^{- 1} (\frac{\sqrt{2}}{2}))$	the cosine of, open paren, negative, arc cosine of, open paren, the fraction with numerator the square root of 2, and denominator 2, close paren, close paren
20	$\sin^{- 1} (\cos \frac{π}{4})$	arc sine of, open paren, the cosine of, pi over 4, close paren
21	$\sin (\cos^{- 1} \frac{1}{2})$	sine, arc cosine one half
22	$\sin (\tan^{- 1} 1)$	sine, arc tangent 1
23	$\sin (- \tan^{- 1} 1)$	the sine of, open paren, negative, arc tangent 1, close paren
24	$\sin (- \tan^{- 1} (- 1))$	the sine of, open paren, negative, arc tangent negative 1, close paren
25	$\sec^{- 1} (\sec x)$	arc secant, secant x

English Clearspeak Units tests. Locale: en, Style: Verbose.

0	${in}^{2}$	square inches
1	$s^{2}$	seconds to the second power
2	$m^{2}$	square meters
3	${in}^{3}$	cubic inches
4	$s^{3}$	seconds to the third power
5	$m^{3}$	cubic meters
6	${in}^{- 1}$	reciprocal inches
7	${in}^{- 1} {mm}^{- 1}$	reciprocal inches per millimeter
8	$\frac{in}{mm}$	inches per millimeter
9	$km$	kilometers
10	$A$	amperes
11	$Ω$	ohms
12	$kΩ$	kilohms
13	$°C$	Celsius
14	$\min \min$	min of minutes
15	$3 km$	3 kilometers
16	$km + s$	kilometers plus seconds
17	${km}^{2}$	square kilometers
18	$m^{3}$	cubic meters
19	${km}^{4}$	kilometers to the fourth power
20	$m^{- 1}$	reciprocal meters
21	$s m^{- 1}$	seconds per meter
22	${\frac{s}{m}}^{- 1}$	seconds per meter to the negative 1 power
23	${\frac{s}{m}}^{- 1}$	seconds per meter to the negative 1 power
24	$3 m^{- 1}$	3 reciprocal meters
25	$\frac{km}{h}$	kilometers per hour
26	$N \frac{km}{h}$	Newtons kilometers per hour
27	$\frac{m}{km}$	m over kilometers
28	$3 km h$	3 kilometers hours
29	$s 3 m km h$	seconds 3 m kilometers hours
30	$km s^{2} 3 m km h$	kilometers seconds to the second power 3 m kilometers hours
31	$3 m km h \frac{N}{s^{2}}$	3 m kilometers hours the fraction with numerator N and denominator seconds to the second power
32	$3 m km h \frac{N}{s^{2}}$	3 m kilometers hours Newtons per second to the second power
33	$4 mm$	4 millimeters
34	$1 mm$	1 millimeter
35	$4 mm$	4 millimeters
36	$1 mm$	1 millimeter
37	$m s$	meters seconds
38	$m s$	m seconds
39	$m s$	meters s
40	$m s$	meters seconds
41	$m s$	m seconds
42	$m s$	meters s
43	$m s l$	meters seconds liters
44	$63360 in = 63360 in. = 63360^{″} = 63360 inches = 5280 ft = 5280 ft. = 5280^{'} = 5280 feet = 1760 yd = 1760 yd. = 1760 yards = 1 mi = 1 mi. = 1 mile$	63360 inches equals 63360 inches equals 63360 inches equals 63360 inches equals 5280 feet equals 5280 feet equals 5280 feet equals 5280 feet equals 1760 yards equals 1760 yards equals 1760 yards equals 1 mile equals 1 mile equals 1 mile
45	$8000 li = 8000 li. = 8000 links = 320 rd = 320 rd. = 320 rods = 80 ch = 80 ch. = 80 chains = 8 fur = 8 fur. = 8 furlongs = 1 mi = 1 mi. = 1 mile$	8000 links equals 8000 links equals 8000 links equals 320 rods equals 320 rods equals 320 rods equals 80 chains equals 80 chains equals 80 chains equals 8 furlongs equals 8 furlongs equals 8 furlongs equals 1 mile equals 1 mile equals 1 mile
46	$43560 sq ft = 43560 sq. ft. = 43560 {ft}^{2} = {43560^{'}}^{2} = 43560 square feet = 4840 sq yd = 4840 sq. yd. = 4840 {yd}^{2} = 4840 square yards = 160 sq rd = 160 sq. rd. = 160 {rd}^{2} = 160 square rods = 1 ac = 1 ac. = 1 acre = \frac{1}{640} sq mi = \frac{1}{640} sq. mi. = \frac{1}{640} {mi}^{2} = \frac{1}{640} square miles$	43560 square feet equals 43560 square feet equals 43560 square feet equals 43560 feet squared equals 43560 square feet equals 4840 square yards equals 4840 square yards equals 4840 square yards equals 4840 square yards equals 160 square rods equals 160 square rods equals 160 square rods equals 160 square rods equals 1 acre equals 1 acre equals 1 acre equals 1 over 640 square miles equals 1 over 640 square miles equals 1 over 640 square miles equals 1 over 640 square miles
47	$46656 cu in = 46656 cu. in. = 46656 {in}^{3} = {46656^{″}}^{3} = 46656 cubic inches = 27 cu ft = 27 cu. ft. = 27 {ft}^{3} = {27^{'}}^{3} = 27 cubic feet = 1 cu yd = 1 cu. yd. = 1 {yd}^{3} = 1 cubic yard$	46656 cubic inches equals 46656 cubic inches equals 46656 cubic inches equals 46656 inches cubed equals 46656 cubic inches equals 27 cubic feet equals 27 cubic feet equals 27 cubic feet equals 27 feet cubed equals 27 cubic feet equals 1 cubic yard equals 1 cubic yard equals 1 cubic yard equals 1 cubic yard
48	$1024 fl dr = 1024 fl. dr. = 1024 fluid drams = 768 tsp = 768 tsp. = 768 teaspoons = 256 Tbsp = 256 Tbsp. = 256 tablespoons = 128 fl oz = 128 fl. oz. = 128 fluid ounces = 16 cp = 16 cp. = 16 cups = 8 pt = 8 pt. = 8 pints = 4 qt = 4 qt. = 4 quarts = 1 gal = 1 gal. = 1 gallon$	1024 fluid drams equals 1024 fluid drams equals 1024 fluid drams equals 768 teaspoons equals 768 teaspoons equals 768 teaspoons equals 256 tablespoons equals 256 tablespoons equals 256 tablespoons equals 128 fluid ounces equals 128 fluid ounces equals 128 fluid ounces equals 16 cups equals 16 cups equals 16 cups equals 8 pints equals 8 pints equals 8 pints equals 4 quarts equals 4 quarts equals 4 quarts equals 1 gallon equals 1 gallon equals 1 gallon
49	$256 dr = 256 dr. = 256 drams = 16 oz = 16 oz. = 16 ounces = 1 # = 1 lb = 1 lb. = 1 pounds = 100 cwt = 100 cwt. = 100 hundredweights = 2000 tons$	256 drams equals 256 drams equals 256 drams equals 16 ounces equals 16 ounces equals 16 ounces equals 1 # equals 1 pound equals 1 pound equals 1 pounds equals 100 hundredweights equals 100 hundredweights equals 100 hundredweights equals 2000 tons
50	$63360 in = 63360 in. = 63360^{″} = 63360 inches = 5280 ft = 5280 ft. = 5280^{'} = 5280 feet = 1760 yd = 1760 yd. = 1760 yards = 1 mi = 1 mi. = 1 mile$	63360 inches equals 63360 inches equals 63360 inches equals 63360 inches equals 5280 feet equals 5280 feet equals 5280 feet equals 5280 feet equals 1760 yards equals 1760 yards equals 1760 yards equals 1 mile equals 1 mile equals 1 mile
51	$1 J = 1 kg \cdot m^{2} \cdot s^{- 2}$	1 joule equals 1 kilogram times square meters times seconds to the negative 2 power
52	$1 J = 1 kg m^{2} s^{- 2}$	1 joule equals 1 kilogram square meters seconds to the negative 2 power
53	$1 J = 1 \cdot kg \cdot m^{2} \cdot s^{- 2}$	1 joule equals 1 kilogram square meters seconds to the negative 2 power
54	${in}^{3}$	cubic inches
55	$\frac{km kg s^{2}}{J}$	kilometers kilograms seconds to the second power per joule
56	$\frac{3 km 1 kg s^{2}}{J}$	3 kilometers 1 kilogram seconds to the second power over joules
57	$\frac{1 km kg s^{2}}{J}$	1 kilometer kilograms seconds to the second power over joules
58	$\frac{1 km kg s^{2}}{5 J}$	1 kilometer kilograms seconds to the second power over 5 joules
59	$km$	kilometers
60	$3 km kg s^{2} J$	3 kilometers kilograms seconds to the second power joules
61	$3 km kg s^{2} J$	3 kilometers kilograms seconds to the second power joules
62	$3 km 4 kg s^{2} J$	3 kilometers 4 kilograms seconds to the second power joules
63	$3 km 1 kg s^{2} J$	3 kilometers 1 kilogram seconds to the second power joules
64	$1 km s + 2 km s + 0 km s + a km s +$	1 kilometer seconds plus 2 kilometers seconds plus 0 kilometers seconds plus a kilometers seconds plus
65	$1 km + 2 km + 0 km + a km$	1 kilometer plus 2 kilometers plus 0 kilometers plus a kilometers
66	$1 \frac{2}{3} kg$	1 and two thirds kilograms
67	$1 \frac{2}{3} kg km$	1 and two thirds kilograms kilometers
68	$1 km 2 kg km$	1 kilometer 2 kilograms kilometers
69	$1 km kg s + 2 km kg s + 0 km kg s + a km kg s +$	1 kilometer kilograms seconds plus 2 kilometers kilograms seconds plus 0 kilometers kilograms seconds plus a kilometers kilograms seconds plus
70	$1 $$	1 dollar
71	$$ 1$	1 dollars
72	$$$	dollars
73	$$$	dollars
74	$2 $$	2 dollars
75	$$ 2$	2 dollars
76	$1 $ + 2 $ + 0 $ + a $$	1 dollar plus 2 dollars plus 0 dollars plus a dollars
77	$1 $ + $ 2 + 0 $ + $ a$	1 dollar plus 2 dollars plus 0 dollars plus a dollars
78	$1 € + 2 € + 0 € + a €$	1 euro plus 2 euros plus 0 euros plus a euros
79	$1 ￡ + 2 ￡ + 0 ￡ + a ￡$	1 pound plus 2 pounds plus 0 pounds plus a pounds

English Clearspeak Units tests. Locale: en, Style: Currency_Position.

0	$1 $$	1 dollars
1	$$ 1$	dollars 1
2	$$$	dollars
3	$$$	dollars
4	$2 $$	2 dollars
5	$$ 2$	dollars 2
6	$1 $ + 2 $ + 0 $ + a $$	1 dollars plus 2 dollars plus 0 dollars plus a dollars
7	$1 $ + $ 2 + 0 $ + $ a$	1 dollars plus dollars 2 plus 0 dollars plus dollars a

English Clearspeak Units tests. Locale: en, Style: Currency_Prefix.

0	$1 $$	dollars 1
1	$$ 1$	dollars 1
2	$$$	dollars
3	$$$	dollars
4	$2 $$	dollars 2
5	$$ 2$	dollars 2
6	$1 $ + 2 $ + 0 $ + a $$	dollars 1 plus dollars 2 plus dollars 0 plus dollars a
7	$1 $ + $ 2 + 0 $ + $ a$	dollars 1 plus dollars 2 plus dollars 0 plus dollars a

English Clearspeak Neutral Fences rule tests. Locale: en, Style: Verbose.

0	$\| a \|$	the absolute value of a
1	$｜ a ｜$	the absolute value of a
2	$¦ a ¦$	the absolute value of a
3	$∥ a ∥$	the metric of a
4	$⦀ a ⦀$	the metric of a
5	$⫴ a ⫴$	the metric of a
6	$‖ a ‖$	the metric of a
7	$｜ a ‖$	divides a double vertical bar
8	$∥ a ‖$	parallel to a double vertical bar
9	$｜ a ¦$	divides a divides
10	$⦀ a ‖$	triple vertical bar a double vertical bar
11	$a ｜ b$	a divides b
12	$a \| b$	a divides b
13	$a ¦ b$	a divides b
14	$a ‖ b$	a double vertical bar b
15	$a ∥ b$	a parallel to b
16	$a ⦀ b$	a triple vertical bar b
17	$f ｜ g$	f divides g
18	$f \| g$	f divides g
19	$f ¦ g$	f divides g
20	$f ‖ g$	f double vertical bar g
21	$f ∥ g$	f parallel to g
22	$f ⦀ g$	f triple vertical bar g
23	$\sin ⦀ g$	sine triple vertical bar g
24	$f \| a \|$	f of, the absolute value of a
25	$g \| a \|$	g of, the absolute value of a
26	$h \| a \|$	h of, the absolute value of a
27	$r \| a \|$	r times, the absolute value of a
28	$\sin \| a \|$	sine, the absolute value of a
29	$\sum \| a \|$	the sum of, the absolute value of a
30	$f ‖ a ‖$	f of, the metric of a
31	$g ‖ a ‖$	g of, the metric of a
32	$h ‖ a ‖$	h of, the metric of a
33	$r ‖ a ‖$	r times, the metric of a
34	$\sin ‖ a ‖$	sine, the metric of a
35	$\sum ‖ a ‖$	the sum of, the metric of a

English Clearspeak Neutral Fences rule tests. Locale: en, Style: AbsoluteValue_AbsEnd.

0	$\| a \|$	the absolute value of a, end absolute value
1	$｜ a ｜$	the absolute value of a, end absolute value
2	$¦ a ¦$	the absolute value of a, end absolute value
3	$∥ a ∥$	the metric of a, end metric
4	$⦀ a ⦀$	the metric of a, end metric
5	$⫴ a ⫴$	the metric of a, end metric
6	$‖ a ‖$	the metric of a, end metric
7	$｜ a ‖$	divides a double vertical bar
8	$∥ a ‖$	parallel to a double vertical bar
9	$｜ a ¦$	divides a divides
10	$⦀ a ‖$	triple vertical bar a double vertical bar
11	$a ｜ b$	a divides b
12	$a \| b$	a divides b
13	$a ¦ b$	a divides b
14	$a ‖ b$	a double vertical bar b
15	$a ∥ b$	a parallel to b
16	$a ⦀ b$	a triple vertical bar b
17	$f \| a \|$	f of, the absolute value of a, end absolute value
18	$g \| a \|$	g of, the absolute value of a, end absolute value
19	$h \| a \|$	h of, the absolute value of a, end absolute value
20	$r \| a \|$	r times, the absolute value of a, end absolute value
21	$\sin \| a \|$	sine, the absolute value of a, end absolute value
22	$\sum \| a \|$	the sum of, the absolute value of a, end absolute value
23	$f ‖ a ‖$	f of, the metric of a, end metric
24	$g ‖ a ‖$	g of, the metric of a, end metric
25	$h ‖ a ‖$	h of, the metric of a, end metric
26	$r ‖ a ‖$	r times, the metric of a, end metric
27	$\sin ‖ a ‖$	sine, the metric of a, end metric
28	$\sum ‖ a ‖$	the sum of, the metric of a, end metric
29	$f ｜ g$	f divides g
30	$f \| g$	f divides g
31	$f ¦ g$	f divides g
32	$f ‖ g$	f double vertical bar g
33	$f ∥ g$	f parallel to g
34	$f ⦀ g$	f triple vertical bar g
35	$\sin ⦀ g$	sine triple vertical bar g

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_Auto.

0	$\| x \|$	the absolute value of x
1	$\| x + 1 \|$	the absolute value of x plus 1
2	$\| x \| + 1$	the absolute value of x plus 1
3	$\| x \| + \| y \| \geq \| z \|$	the absolute value of x plus the absolute value of y is greater than or equal to the absolute value of z
4	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
5	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
6	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
7	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
8	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
9	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
10	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_AbsEnd.

0	$\| x \|$	the absolute value of x end absolute value
1	$\| x + 1 \|$	the absolute value of x plus 1 end absolute value
2	$\| x \| + 1$	the absolute value of x end absolute value plus 1
3	$\| x \| + \| y \| \geq \| z \|$	the absolute value of x end absolute value plus the absolute value of y end absolute value is greater than or equal to the absolute value of z end absolute value
4	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
5	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
6	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
7	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
8	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
9	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
10	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_Cardinality.

| S |

the cardinality of

English Clearspeak AbsoluteValue rule tests. Locale: en, Style: AbsoluteValue_Determinant.

| M |

the determinant of

English Clearspeak CapitalLetters rule tests. Locale: en, Style: Caps_Auto.

0	$\frac{\sin A}{a} = \frac{\sin B}{b}$	sine A over a equals sine B over b
1	$c^{2} = a^{2} + b^{2} - 2 a b \cos C$	c squared equals a squared plus b squared minus 2 a b cosine C
2	$\tan A = \frac{a}{b}$	tangent A equals a over b
3	$A B$	A B
4	$a A$	a A
5	$b A$	b A
6	$B a$	B a
7	$∠ A B C$	angle A B C
8	$m ∠ A B C$	the measure of angle A B C
9	$m ∠ A$	the measure of angle A

English Clearspeak CapitalLetters rule tests. Locale: en, Style: Caps_SayCaps.

0	$\frac{\sin A}{a} = \frac{\sin B}{b}$	sine cap A over a equals sine cap B over b
1	$c^{2} = a^{2} + b^{2} - 2 a b \cos C$	c squared equals a squared plus b squared minus 2 a b cosine cap C
2	$\tan A = \frac{a}{b}$	tangent cap A equals a over b
3	$A B$	cap A cap B
4	$a A$	a cap A
5	$b A$	b cap A
6	$B a$	cap B a
7	$∠ A B C$	angle cap A cap B cap C
8	$m ∠ A B C$	the measure of angle cap A cap B cap C
9	$m ∠ A$	the measure of angle cap A
10	$∠ A$	angle cap A

English Clearspeak Coverage tests. Locale: en, Style: Verbose.

0	$f g (x)$	f of g of x
1	$f g x = f (x) + g (x)$	f of g of x equals f of x plus g of x
2	$\sin (x) y$	sine x y
3	$\begin{matrix} a \end{matrix}$	2 lines Line 1: a Line 2: blank
4	$\begin{matrix} a \end{matrix}$	2 lines Line 1: a Line 2: blank
5	$\begin{matrix} a \end{matrix}$	2 lines Line 1: a Line 2: blank
6	$\begin{matrix} a & = & b \end{matrix}$	2 lines Line 1: a equals b
7	$\begin{matrix} a & = & b \end{matrix}$	2 lines Line 1: a equals b Line 2: blank
8	$\begin{matrix} a & = & b \end{matrix}$	2 lines Line 1: a equals b Line 2: blank
9	$\begin{matrix} a & = & b \\ 1 & 2 \end{matrix}$	2 lines Line 1: a equals b Line 2: 1 blank 2
10	$45 ° 10^{'} 20^{″}$	45 degrees 10 minutes 20 seconds
11	$1 ° 10^{'} 20^{″}$	1 degree 10 minutes 20 seconds
12	$45 ° 1^{'} 20^{″}$	45 degrees 1 minute 20 seconds
13	$45 ° 10^{'} 1^{″}$	45 degrees 10 minutes 1 second
14	$1^{'} 20^{″}$	1 foot 20 inches
15	$10^{'} 1^{″}$	10 feet 1 inch
16	$12$	enclosed with box 12
17	$12$	crossed out 12
18	$\underset{12}{2}$	12 crossed out with 2
19	$\underset{2}{12}$	12 crossed out with 2
20	$\overset{2}{12}$	12 crossed out with 2
21	$\overset{12}{2}$	12 crossed out with 2
22	$A$	vertical bar A
23	$A$	A horizontal bar
24	$A$	A vertical bar
25	$A$	A over horizontal bar
26	$\sqrt{\sqrt[3]{a} + b}$	the square root of the cube root of a plus b
27	$\sqrt{\sqrt[4]{a} + b}$	the square root of the fourth root of a plus b
28	$\sqrt{\sqrt{a} + b}$	the square root of the square root of a plus b
29	${}_{a}^{b}x_{c}^{d}$	left sub a left super b x right sub c right super d
30	${}_{a}^{g}_{b}^{h}x_{c}^{e}_{d}^{f}$	left sub a b left super g h x right sub c d right super e f
31	${}_{a}^{b}x^{d}$	left sub a left super b x right super d
32	${}_{a}^{b}x_{c} r$	left sub a left super b x right sub c r
33	$l {}^{b}x_{c}^{d}$	l left super b x right sub c right super d
34	${}_{a}x_{c}^{d}$	left sub a x right sub c right super d
35	${x \notin A \| B}$	the set of all x not in A such that B
36	${B}$	the set B
37	${}$	the empty set
38	$Q^{+}$	the positive rational numbers
39	$ℚ^{+}$	the positive rational numbers
40	$Q^{-}$	the negative rational numbers
41	$ℚ^{-}$	the negative rational numbers
42	$Q^{2}$	q-two
43	$ℚ^{2}$	q-two
44	$N^{2}$	n-two
45	$ℕ^{2}$	n-two
46	a	a
47	$\frac{10}{20}$	10 over 20
48	$\frac{2 km}{b}$	2 kilometers over b
49	$1.4 \bar{3}$	the repeating decimal 1 point 4 followed by repeating digit 3
50	$3^{2^{2}}$	3 raised to the 2 squared power
51	$3^{i^{2}}$	3 raised to the i squared power
52	$3^{{\frac{2}{3}}^{2}}$	3 raised to the two thirds squared power
53	$3^{2^{3}}$	3 raised to the 2 cubed power
54	$3^{i^{3}}$	3 raised to the i cubed power
55	$3^{{\frac{2}{3}}^{3}}$	3 raised to the two thirds cubed power
56	$a \leq b = c$	a is less than or equal to b equals c
57	$3^{\sin (2 + x)}$	3 raised to the sine of open paren 2 plus x close paren power
58	$\sum^{I}$	sum under I
59	$\overset{B}{A}$	A under B
60	$\det A$	determinant A

English Clearspeak Coverage tests. Locale: en, Style: Prime_Angle.

0	$45 ° 10^{'} 20^{″}$	45 degrees 10 minutes 20 seconds
1	$1 ° 10^{'} 20^{″}$	1 degree 10 minutes 20 seconds
2	$45 ° 1^{'} 20^{″}$	45 degrees 1 minute 20 seconds
3	$45 ° 10^{'} 1^{″}$	45 degrees 10 minutes 1 second
4	$1^{'} 20^{″}$	1 minute 20 seconds
5	$10^{'} 1^{″}$	10 minutes 1 second

English Clearspeak Coverage tests. Locale: en, Style: Prime_Length.

0	$45 ° 10^{'} 20^{″}$	45 degrees 10 minutes 20 seconds
1	$1 ° 10^{'} 20^{″}$	1 degree 10 minutes 20 seconds
2	$45 ° 1^{'} 20^{″}$	45 degrees 1 minute 20 seconds
3	$45 ° 10^{'} 1^{″}$	45 degrees 10 minutes 1 second
4	$1^{'} 20^{″}$	1 foot 20 inches
5	$10^{'} 1^{″}$	10 feet 1 inch

English Clearspeak Coverage tests. Locale: en, Style: Enclosed_EndEnclose.

0	$12$	enclosed with box 12 end enclosed
1	$12$	crossed out 12 end crossout
2	$\underset{12}{2}$	crossed out 12 with 2 end crossout
3	$\underset{2}{12}$	crossed out 12 with 2 end crossout
4	$\overset{2}{12}$	crossed out 12 with 2 end crossout
5	$\overset{12}{2}$	crossed out 12 with 2 end crossout

English Clearspeak Coverage tests. Locale: en, Style: Roots_PosNegSqRoot.

\sqrt{\sqrt{a} + b}

the positive square root of the positive square root of

plus

English Clearspeak Coverage tests. Locale: en, Style: Roots_PosNegSqRootEnd.

0	$\sqrt{\sqrt{a} + b}$	the positive square root of the positive square root of a plus b end root
1	$\sqrt{- \sqrt{a} + b}$	the positive square root of the negative square root of a end root plus b end root

English Clearspeak Coverage tests. Locale: en, Style: SetMemberSymbol_Belongs.

{x \notin A | B}

the set of all

not belonging to

such that

English Clearspeak Coverage tests. Locale: en, Style: SetMemberSymbol_Element.

{x \notin A | B}

the set of all

not an element of

such that

English Clearspeak Coverage tests. Locale: en, Style: SetMemberSymbol_Member.

{x \notin A | B}

the set of all

not a member of

such that

English Clearspeak Coverage tests. Locale: en, Style: MultiLineLabel_Case.

\begin{matrix} f (x) = - x if x < 0 \\ f (x) = x if x \geq 0 \end{matrix}

2 cases Case 1: f of

equals negative

is less than 0 Case 2: f of

equals

is greater than or equal to 0

English Clearspeak Coverage tests. Locale: en, Style: MultiLineLabel_Constraint.

\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x if x \geq 0 \end{matrix}

2 constraints Constraint 1: f of

equals negative

is less than 0 Constraint 2: f of

equals

is greater than or equal to 0

English Clearspeak Coverage tests. Locale: en, Style: VerticalLine_SuchThat.

3 | 6

3 such that 6

English Clearspeak Coverage tests. Locale: en, Style: Matrix_EndVector.

| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} |

the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 end determinant

English Clearspeak Coverage tests. Locale: en, Style: Paren_Speak.

(f + g) (2 + x)

open paren

plus

close paren of open paren 2 plus

close paren

English Clearspeak Coverage tests. Locale: en, Style: Exponent_Ordinal.

x^{A}

to the

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: Verbose.

0	${z \in A : z}$	the set of all z in A such that z
1	${z ∊ A : z}$	the set of all z in A such that z
2	${z \notin A : z}$	the set of all z not in A such that z
3	${A ∋ z : z}$	the set of all A contains as member z such that z
4	${A ∍ z : z}$	the set of all A contains as member z such that z
5	${A ∌ z : z}$	the set of all A does not contain as member z such that z
6	$z \in A$	z is a member of A
7	$z ∊ A$	z is a member of A
8	$z \notin A$	z is not a member of A
9	$A ∋ z$	A contains as member z
10	$A ∍ z$	A contains as member z
11	$A ∌ z$	A does not contain as member z
12	$\sum_{z \in A}$	sum over z is a member of A
13	$\sum_{z ∊ A}$	sum over z is a member of A
14	$\sum_{z \notin A}$	sum over z is not a member of A
15	$\sum_{A ∋ z}$	sum over A contains as member z
16	$\sum_{A ∍ z}$	sum over A contains as member z
17	$\sum_{A ∌ z}$	sum over A does not contain as member z

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Auto.

0	$z \in A$	z is a member of A
1	${z \in A : z}$	the set of all z in A such that z
2	$\sum_{z \in A}$	sum over z is a member of A
3	$z \notin A$	z is not a member of A
4	${z \notin A : z}$	the set of all z not in A such that z
5	$\sum_{z \notin A}$	sum over z is not a member of A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Member.

0	$z \in A$	z is a member of A
1	${z \in A : z}$	the set of all z member of A such that z
2	$\sum_{z \in A}$	sum over z is a member of A
3	$z \notin A$	z is not a member of A
4	${z \notin A : z}$	the set of all z not a member of A such that z
5	$\sum_{z \notin A}$	sum over z is not a member of A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Element.

0	$z \in A$	z is an element of A
1	${z \in A : z}$	the set of all z element of A such that z
2	$\sum_{z \in A}$	sum over z is an element of A
3	$z \notin A$	z is not an element of A
4	${z \notin A : z}$	the set of all z not an element of A such that z
5	$\sum_{z \notin A}$	sum over z is not an element of A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_In.

0	$z \in A$	z is in A
1	${z \in A : z}$	the set of all z in A such that z
2	$\sum_{z \in A}$	sum over z is in A
3	$z \notin A$	z is not in A
4	${z \notin A : z}$	the set of all z not in A such that z
5	$\sum_{z \notin A}$	sum over z is not in A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Belongs.

0	$z \in A$	z belongs to A
1	${z \in A : z}$	the set of all z belonging to A such that z
2	$\sum_{z \in A}$	sum over z belongs to A
3	$z \notin A$	z does not belong to A
4	${z \notin A : z}$	the set of all z not belonging to A such that z
5	$\sum_{z \notin A}$	sum over z does not belong to A

English Clearspeak Coverage for Elements symbol tests. Locale: en, Style: SetMemberSymbol_Belongs:Caps_SayCaps:Fraction_GeneralEndFrac.

{a \in A | \frac{1}{a}}

the set of all

belonging to cap A such that the fraction with numerator 1 and denominator a end fraction

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_Auto.

0	$3^{2}$	3 squared
1	$3^{3}$	3 cubed
2	$3^{5}$	3 to the fifth power
3	$3^{1}$	3 to the first power
4	$b^{1}$	b to the first power
5	$3^{5.0}$	3 raised to the 5.0 power
6	$3^{0}$	3 to the 0 power
7	$4^{11}$	4 to the 11th power
8	$3^{- 2}$	3 to the negative 2 power
9	$3^{- 2.0}$	3 raised to the negative 2.0 power
10	$4^{x}$	4 to the x-th power
11	$3^{y + 2}$	3 raised to the y plus 2 power
12	${(2 y - 3)}^{3 z + 8}$	open paren 2 y minus 3 close paren raised to the 3 z plus 8 power
13	$p_{1}^{2}$	p sub 1 squared
14	$p_{1}^{3}$	p sub 1 cubed
15	$p_{1}^{4}$	p sub 1 to the fourth power
16	$p_{1}^{10}$	p sub 1 to the tenth power
17	$p_{1}^{x + 1}$	p sub 1 raised to the x plus 1 power
18	$p_{x_{1}}^{2}$	p sub x sub 1 squared
19	$p_{x_{1}}^{3}$	p sub x sub 1 cubed
20	$p_{x_{1}}^{4}$	p sub x sub 1 to the fourth power
21	$p_{x_{1}}^{10}$	p sub x sub 1 to the tenth power
22	$p_{x_{1}}^{y + 1}$	p sub x sub 1 raised to the y plus 1 power
23	$3^{2^{2}}$	3 raised to the 2 squared power
24	$3^{2 x^{2}}$	3 raised to the 2 x squared power
25	$5^{2^{3}}$	5 raised to the 2 cubed power
26	$5^{2 x^{3}}$	5 raised to the 2 x cubed power
27	$3^{2^{2} + 1}$	3 raised to the exponent 2 squared plus 1 end exponent
28	$3^{2^{2}} + 1$	3 raised to the 2 squared power plus 1
29	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent x squared plus 3 x cubed end exponent
30	$3^{3^{4}}$	3 raised to the exponent 3 to the fourth power end exponent
31	$3^{3^{4} + 2}$	3 raised to the exponent 3 to the fourth power plus 2 end exponent
32	$3^{3^{4}} + 2$	3 raised to the exponent 3 to the fourth power end exponent plus 2
33	$2^{x^{4}}$	2 raised to the exponent x to the fourth power end exponent
34	$2^{10^{x + 3}}$	2 raised to the exponent 10 raised to the x plus 3 power end exponent
35	$3^{3^{10}}$	3 raised to the exponent 3 to the tenth power end exponent
36	$3^{3^{10} + 1}$	3 raised to the exponent 3 to the tenth power plus 1 end exponent
37	$3^{3^{10}} + 1$	3 raised to the exponent 3 to the tenth power end exponent plus 1
38	$3^{{(x + 1)}^{2}}$	3 raised to the exponent open paren x plus 1 close paren squared end exponent
39	$3^{{(x + 1)}^{10}}$	3 raised to the exponent open paren x plus 1 close paren to the tenth power end exponent
40	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent open paren x plus 1 close paren raised to the y plus 2 power end exponent
41	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent open paren x plus 1 close paren to the y-th power plus 2 end exponent
42	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent open paren x plus 1 close paren to the y-th power end exponent plus 2
43	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent negative one half times open paren the fraction with numerator x minus mu and denominator sigma close paren squared end exponent
44	$2^{n}$	2 to the n-th power
45	$2^{m}$	2 to the m-th power
46	$2^{i}$	2 to the i-th power
47	$2^{j}$	2 to the j-th power
48	$2^{a}$	2 to the a-th power

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_Ordinal.

0	$3^{2}$	3 to the second
1	$3^{3}$	3 to the third
2	$3^{0}$	3 to the zero
3	$3^{1}$	3 to the first
4	$3^{5}$	3 to the fifth
5	$4^{3.0}$	4 raised to the 3.0 power
6	$4^{11}$	4 to the eleventh
7	$3^{- 2}$	3 to the negative 2
8	$3^{- 2.0}$	3 raised to the negative 2.0 power
9	$4^{x}$	4 to the x-th
10	$3^{y + 2}$	3 raised to the y plus 2 power
11	${(2 y - 3)}^{3 z + 8}$	open paren 2 y minus 3 close paren raised to the 3 z plus 8 power
12	$p_{1}^{2}$	p sub 1 to the second
13	$p_{1}^{3}$	p sub 1 to the third
14	$p_{1}^{4}$	p sub 1 to the fourth
15	$p_{1}^{10}$	p sub 1 to the tenth
16	$p_{1}^{x + 1}$	p sub 1 raised to the x plus 1 power
17	$p_{x_{1}}^{2}$	p sub x sub 1 to the second
18	$p_{x_{1}}^{3}$	p sub x sub 1 to the third
19	$p_{x_{1}}^{4}$	p sub x sub 1 to the fourth
20	$p_{x_{1}}^{10}$	p sub x sub 1 to the tenth
21	$p_{x_{1}}^{y + 1}$	p sub x sub 1 raised to the y plus 1 power
22	$3^{2^{2}}$	3 raised to the exponent 2 to the second end exponent
23	$3^{2 x^{2}}$	3 raised to the exponent 2 x to the second end exponent
24	$5^{2^{3}}$	5 raised to the exponent 2 to the third end exponent
25	$5^{2 x^{3}}$	5 raised to the exponent 2 x to the third end exponent
26	$3^{2^{2} + 1}$	3 raised to the exponent 2 to the second plus 1 end exponent
27	$3^{2^{2}} + 1$	3 raised to the exponent 2 to the second end exponent plus 1
28	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent x to the second plus 3 x to the third end exponent
29	$3^{3^{4}}$	3 raised to the exponent 3 to the fourth end exponent
30	$3^{3^{4} + 2}$	3 raised to the exponent 3 to the fourth plus 2 end exponent
31	$3^{3^{4}} + 2$	3 raised to the exponent 3 to the fourth end exponent plus 2
32	$2^{x^{4}}$	2 raised to the exponent x to the fourth end exponent
33	$2^{10^{x + 3}}$	2 raised to the exponent 10 raised to the x plus 3 power end exponent
34	$3^{3^{10}}$	3 raised to the exponent 3 to the tenth end exponent
35	$3^{3^{10} + 1}$	3 raised to the exponent 3 to the tenth plus 1 end exponent
36	$3^{3^{10}} + 1$	3 raised to the exponent 3 to the tenth end exponent plus 1
37	$3^{{(x + 1)}^{2}}$	3 raised to the exponent open paren x plus 1 close paren to the second end exponent
38	$3^{{(x + 1)}^{10}}$	3 raised to the exponent open paren x plus 1 close paren to the tenth end exponent
39	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent open paren x plus 1 close paren raised to the y plus 2 power end exponent
40	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent open paren x plus 1 close paren to the y-th plus 2 end exponent
41	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent open paren x plus 1 close paren to the y-th end exponent plus 2
42	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent negative one half x to the second end exponent
43	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent negative one half times open paren the fraction with numerator x minus mu and denominator sigma close paren to the second end exponent

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_OrdinalPower.

0	$3^{2}$	3 to the second power
1	$3^{3}$	3 to the third power
2	$3^{0}$	3 to the zero power
3	$3^{1}$	3 to the first power
4	$3^{5}$	3 to the fifth power
5	$3^{5.0}$	3 raised to the 5.0 power
6	$4^{11}$	4 to the eleventh power
7	$3^{- 2}$	3 to the negative 2 power
8	$3^{- 2.0}$	3 raised to the negative 2.0 power
9	$4^{x}$	4 to the x-th power
10	$3^{y + 2}$	3 raised to the y plus 2 power
11	${(2 y - 3)}^{3 z + 8}$	open paren 2 y minus 3 close paren raised to the 3 z plus 8 power
12	$p_{1}^{2}$	p sub 1 to the second power
13	$p_{1}^{3}$	p sub 1 to the third power
14	$p_{1}^{4}$	p sub 1 to the fourth power
15	$p_{1}^{10}$	p sub 1 to the tenth power
16	$p_{1}^{x + 1}$	p sub 1 raised to the x plus 1 power
17	$p_{x_{1}}^{2}$	p sub x sub 1 to the second power
18	$p_{x_{1}}^{3}$	p sub x sub 1 to the third power
19	$p_{x_{1}}^{4}$	p sub x sub 1 to the fourth power
20	$p_{x_{1}}^{10}$	p sub x sub 1 to the tenth power
21	$p_{x_{1}}^{y + 1}$	p sub x sub 1 raised to the y plus 1 power
22	$3^{2^{2}}$	3 raised to the exponent 2 to the second power end exponent
23	$3^{2 x^{2}}$	3 raised to the exponent 2 x to the second power end exponent
24	$5^{2^{3}}$	5 raised to the exponent 2 to the third power end exponent
25	$5^{2 x^{3}}$	5 raised to the exponent 2 x to the third power end exponent
26	$3^{2^{2} + 1}$	3 raised to the exponent 2 to the second power plus 1 end exponent
27	$3^{2^{2}} + 1$	3 raised to the exponent 2 to the second power end exponent plus 1
28	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent x to the second power plus 3 x to the third power end exponent
29	$3^{3^{4}}$	3 raised to the exponent 3 to the fourth power end exponent
30	$3^{3^{4} + 2}$	3 raised to the exponent 3 to the fourth power plus 2 end exponent
31	$3^{3^{4}} + 2$	3 raised to the exponent 3 to the fourth power end exponent plus 2
32	$2^{x^{4}}$	2 raised to the exponent x to the fourth power end exponent
33	$2^{10^{x + 3}}$	2 raised to the exponent 10 raised to the x plus 3 power end exponent
34	$3^{3^{10}}$	3 raised to the exponent 3 to the tenth power end exponent
35	$3^{3^{10} + 1}$	3 raised to the exponent 3 to the tenth power plus 1 end exponent
36	$3^{3^{10}} + 1$	3 raised to the exponent 3 to the tenth power end exponent plus 1
37	$3^{{(x + 1)}^{2}}$	3 raised to the exponent open paren x plus 1 close paren to the second power end exponent
38	$3^{{(x + 1)}^{10}}$	3 raised to the exponent open paren x plus 1 close paren to the tenth power end exponent
39	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent open paren x plus 1 close paren raised to the y plus 2 power end exponent
40	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent open paren x plus 1 close paren to the y-th power plus 2 end exponent
41	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent open paren x plus 1 close paren to the y-th power end exponent plus 2
42	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent negative one half x to the second power end exponent
43	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent negative one half times open paren the fraction with numerator x minus mu and denominator sigma close paren to the second power end exponent

English Clearspeak Exponents rule tests. Locale: en, Style: Exponent_AfterPower.

0	$3^{2}$	3 raised to the power 2
1	$3^{3}$	3 raised to the power 3
2	$3^{1}$	3 raised to the power 1
3	$3^{0}$	3 raised to the power 0
4	$3^{5}$	3 raised to the power 5
5	$3^{5.0}$	3 raised to the power 5.0
6	$4^{11}$	4 raised to the power 11
7	$3^{- 2}$	3 raised to the power negative 2
8	$3^{- 2.0}$	3 raised to the power negative 2.0
9	$4^{x}$	4 raised to the power x
10	$3^{y + 2}$	3 raised to the power y plus 2
11	${(2 y - 3)}^{3 z + 8}$	open paren 2 y minus 3 close paren raised to the power 3 z plus 8
12	$p_{1}^{2}$	p sub 1 raised to the power 2
13	$p_{1}^{3}$	p sub 1 raised to the power 3
14	$p_{1}^{4}$	p sub 1 raised to the power 4
15	$p_{1}^{10}$	p sub 1 raised to the power 10
16	$p_{1}^{x + 1}$	p sub 1 raised to the power x plus 1
17	$p_{x_{1}}^{2}$	p sub x sub 1 raised to the power 2
18	$p_{x_{1}}^{3}$	p sub x sub 1 raised to the power 3
19	$p_{x_{1}}^{4}$	p sub x sub 1 raised to the power 4
20	$p_{x_{1}}^{10}$	p sub x sub 1 raised to the power 10
21	$p_{x_{1}}^{y + 1}$	p sub x sub 1 raised to the power y plus 1
22	$3^{2^{2}}$	3 raised to the exponent 2 raised to the power 2 end exponent
23	$3^{2 x^{2}}$	3 raised to the exponent 2 x raised to the power 2 end exponent
24	$3^{2^{2}}$	3 raised to the exponent 2 raised to the power 2 end exponent
25	$3^{2 x^{2}}$	3 raised to the exponent 2 x raised to the power 2 end exponent
26	$5^{2^{3}}$	5 raised to the exponent 2 raised to the power 3 end exponent
27	$5^{2 x^{3}}$	5 raised to the exponent 2 x raised to the power 3 end exponent
28	$3^{2^{2} + 1}$	3 raised to the exponent 2 raised to the power 2 plus 1 end exponent
29	$3^{2^{2}} + 1$	3 raised to the exponent 2 raised to the power 2 end exponent plus 1
30	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent x raised to the power 2 plus 3 x raised to the power 3 end exponent
31	$3^{3^{4}}$	3 raised to the exponent 3 raised to the power 4 end exponent
32	$3^{3^{4} + 2}$	3 raised to the exponent 3 raised to the power 4 plus 2 end exponent
33	$3^{3^{4}} + 2$	3 raised to the exponent 3 raised to the power 4 end exponent plus 2
34	$2^{x^{4}}$	2 raised to the exponent x raised to the power 4 end exponent
35	$2^{10^{x + 3}}$	2 raised to the exponent 10 raised to the power x plus 3 end exponent
36	$3^{3^{10}}$	3 raised to the exponent 3 raised to the power 10 end exponent
37	$3^{3^{10} + 1}$	3 raised to the exponent 3 raised to the power 10 plus 1 end exponent
38	$3^{3^{10}} + 1$	3 raised to the exponent 3 raised to the power 10 end exponent plus 1
39	$3^{{(x + 1)}^{2}}$	3 raised to the exponent open paren x plus 1 close paren raised to the power 2 end exponent
40	$3^{{(x + 1)}^{10}}$	3 raised to the exponent open paren x plus 1 close paren raised to the power 10 end exponent
41	$3^{{(x + 1)}^{y + 2}}$	3 raised to the exponent open paren x plus 1 close paren raised to the power y plus 2 end exponent
42	$3^{{(x + 1)}^{y} + 2}$	3 raised to the exponent open paren x plus 1 close paren raised to the power y plus 2 end exponent
43	$3^{{(x + 1)}^{y}} + 2$	3 raised to the exponent open paren x plus 1 close paren raised to the power y end exponent plus 2
44	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent negative one half x raised to the power 2 end exponent
45	$e^{- \frac{1}{2} {(\frac{x - μ}{σ})}^{2}}$	e raised to the exponent negative one half times open paren the fraction with numerator x minus mu and denominator sigma close paren raised to the power 2 end exponent

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Auto.

0	$\frac{1}{2}$	one half
1	$\frac{12}{32}$	12 over 32
2	$\frac{x}{y}$	x over y
3	$\frac{2 x}{3 y}$	2 x over 3 y
4	$\frac{x y}{c d}$	x y over c d
5	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third
6	$\frac{- x}{y}$	negative x over y
7	$\frac{- 2 x}{3 y}$	negative 2 x over 3 y
8	$\frac{x y}{- c d}$	x y over negative c d
9	$\frac{\frac{1}{2}}{- \frac{1}{3}}$	one half over negative one third
10	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3 and denominator 13
11	$\frac{x + y}{2}$	the fraction with numerator x plus y and denominator 2
12	$\frac{x + y}{x - y}$	the fraction with numerator x plus y and denominator x minus y
13	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y and denominator x minus y plus two thirds
14	$\frac{miles}{gallon}$	miles over gallon
15	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons
16	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons
17	$\frac{rise}{run}$	rise over run
18	$\frac{successful outcomes}{total outcomes}$	successful outcomes over total outcomes
19	$\frac{6 ways of rolling a 7}{36 ways of rolling the pair of dice}$	6 ways of rolling a 7 over 36 ways of rolling the pair of dice
20	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third
21	$\frac{1}{\frac{2}{\frac{1}{3}}}$	the fraction with numerator 1 and denominator 2 over one third
22	$\frac{\frac{1}{2}}{3}$	one half over 3
23	$\frac{1}{\frac{2}{3}}$	1 over two thirds
24	$\frac{\frac{11}{32}}{\frac{16}{51}}$	the fraction with numerator 11 over 32 and denominator 16 over 51
25	$\frac{11}{\frac{32}{\frac{16}{51}}}$	the fraction with numerator 11 and denominator the fraction with numerator 32 and denominator 16 over 51
26	$\frac{1 + \frac{4}{x}}{2}$	the fraction with numerator 1 plus 4 over x and denominator 2
27	$\frac{3}{2 + \frac{4}{x}}$	the fraction with numerator 3 and denominator 2 plus 4 over x
28	$\frac{\frac{10}{22}}{\frac{1}{2}}$	the fraction with numerator 10 over 22 and denominator one half
29	$\frac{1 + \frac{2}{3}}{1 - \frac{2}{3}}$	the fraction with numerator 1 plus two thirds and denominator 1 minus two thirds
30	$\frac{1 + \frac{x}{2}}{1 - \frac{x}{2}}$	the fraction with numerator 1 plus x over 2 and denominator 1 minus x over 2
31	$\frac{\frac{x + 1}{x - 1} + 1}{x + 1}$	the fraction with numerator the fraction with numerator x plus 1 and denominator x minus 1 plus 1 and denominator x plus 1
32	$\frac{\frac{x + 1}{x - 4} + \frac{1}{2}}{x + \frac{1}{16}}$	the fraction with numerator the fraction with numerator x plus 1 and denominator x minus 4 plus one half and denominator x plus 1 over 16
33	$1 + \frac{x}{1 + \frac{2}{x}}$	1 plus the fraction with numerator x and denominator 1 plus 2 over x
34	$1 + \frac{x + 3}{1 + \frac{2}{x + 3}}$	1 plus the fraction with numerator x plus 3 and denominator 1 plus the fraction with numerator 2 and denominator x plus 3
35	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + 1}}}$	1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus 1
36	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + \dots}}}$	1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus dot dot dot
37	$a_{0} + \frac{1}{a_{1} + \frac{1}{a_{2} + \frac{1}{a_{3} + \dots}}}$	a sub 0 plus the fraction with numerator 1 and denominator a sub 1 plus the fraction with numerator 1 and denominator a sub 2 plus the fraction with numerator 1 and denominator a sub 3 plus dot dot dot
38	$\frac{f (x)}{g (x)}$	f of x over g of x
39	$\frac{f (x) + g (x)}{g (x)}$	the fraction with numerator f of x plus g of x and denominator g of x
40	$\frac{f (x + 1)}{g (x)}$	the fraction with numerator f of open paren x plus 1 close paren and denominator g of x
41	$\frac{f (x)}{2}$	f of x over 2
42	$\frac{2}{f (x)}$	2 over f of x
43	$\frac{2}{g (x) + g (x + 1)}$	the fraction with numerator 2 and denominator g of x plus g of open paren x plus 1 close paren
44	$\frac{\sin x}{\cos x}$	sine x over cosine x
45	$\frac{\sin x + \cos x}{\cos x}$	the fraction with numerator sine x plus cosine x and denominator cosine x
46	$\frac{\sin 2 x}{\cos 3 x}$	sine 2 x over cosine 3 x
47	$\frac{\sin (x + y)}{\cos (x + y)}$	the fraction with numerator the sine of open paren x plus y close paren and denominator the cosine of open paren x plus y close paren
48	$\frac{f (2 x)}{g (3 x)}$	f of 2 x over g of 3 x
49	$\frac{\log x}{\log y}$	log x over log y
50	$\frac{\log 2 x}{\log 3 y}$	log 2 x over log 3 y
51	$\frac{\log_{10} x}{\log_{5} y}$	the log base 10 of x over the log base 5 of y
52	$\frac{\log_{10} 2 x}{\log_{5} 3 y}$	the log base 10 of 2 x over the log base 5 of 3 y
53	$\frac{\log (x + 1)}{\log y}$	the fraction with numerator the log of open paren x plus 1 close paren and denominator log y
54	$\frac{f_{1} (x)}{g_{1} (x)}$	f sub 1 of x over g sub 1 of x

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Over.

0	$\frac{1}{2}$	1 over 2
1	$\frac{12}{32}$	12 over 32
2	$\frac{2 + 3}{13}$	2 plus 3 over 13
3	$\frac{x + y}{2}$	x plus y over 2
4	$\frac{x + y}{x - y}$	x plus y over x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	x plus y over x minus y plus 2 over 3
6	$\frac{miles}{gallon}$	miles over gallon
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_OverEndFrac.

0	$\frac{1}{2}$	1 over 2 end fraction
1	$\frac{12}{32}$	12 over 32 end fraction
2	$\frac{2 + 3}{13}$	2 plus 3 over 13 end fraction
3	$\frac{x + y}{2}$	x plus y over 2 end fraction
4	$\frac{x + y}{x - y}$	x plus y over x minus y end fraction
5	$\frac{x + y}{x - y} + \frac{2}{3}$	x plus y over x minus y end fraction plus 2 over 3 end fraction
6	$\frac{miles}{gallons}$	miles over gallons end fraction
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons end fraction

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_GeneralEndFrac.

0	$\frac{1}{2}$	the fraction with numerator 1 and denominator 2 end fraction
1	$\frac{12}{32}$	the fraction with numerator 12 and denominator 32 end fraction
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3 and denominator 13 end fraction
3	$\frac{x + y}{2}$	the fraction with numerator x plus y and denominator 2 end fraction
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y and denominator x minus y end fraction
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y and denominator x minus y end fraction plus the fraction with numerator 2 and denominator 3 end fraction
6	$\frac{miles}{gallon}$	the fraction with numerator miles and denominator gallon end fraction

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_General.

0	$\frac{1}{2}$	the fraction with numerator 1 and denominator 2
1	$\frac{12}{32}$	the fraction with numerator 12 and denominator 32
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3 and denominator 13
3	$\frac{x + y}{2}$	the fraction with numerator x plus y and denominator 2
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y and denominator x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y and denominator x minus y plus the fraction with numerator 2 and denominator 3
6	$\frac{miles}{gallon}$	the fraction with numerator miles and denominator gallon
7	$\frac{2 miles}{3 gallons}$	the fraction with numerator 2 miles and denominator 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_FracOver.

0	$\frac{1}{2}$	the fraction 1 over 2
1	$\frac{12}{32}$	the fraction 12 over 32
2	$\frac{2 + 3}{13}$	the fraction 2 plus 3 over 13
3	$\frac{x + y}{2}$	the fraction x plus y over 2
4	$\frac{x + y}{x - y}$	the fraction x plus y over x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction x plus y over x minus y plus the fraction 2 over 3
6	$\frac{miles}{gallon}$	the fraction miles over gallon
7	$\frac{2 miles}{3 gallons}$	the fraction 2 miles over 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Per.

0	$\frac{1}{2}$	1 per 2
1	$\frac{12}{32}$	12 per 32
2	$\frac{2 + 3}{13}$	2 plus 3 per 13
3	$\frac{x + y}{2}$	x plus y per 2
4	$\frac{x + y}{x - y}$	x plus y per x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	x plus y per x minus y plus 2 per 3
6	$\frac{miles}{gallon}$	miles per gallon
7	$\frac{2 miles}{3 gallons}$	2 miles per 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_Ordinal.

0	$\frac{1}{2}$	one half
1	$\frac{12}{32}$	twelve thirty seconds
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3 and denominator 13
3	$\frac{x + y}{2}$	the fraction with numerator x plus y and denominator 2
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y and denominator x minus y
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y and denominator x minus y plus two thirds
6	$\frac{miles}{gallon}$	miles over gallon
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons

English Clearspeak Fractions rule tests. Locale: en, Style: Fraction_EndFrac.

0	$\frac{1}{2}$	one half
1	$\frac{12}{32}$	12 over 32 end fraction
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3 and denominator 13 end fraction
3	$\frac{x + y}{2}$	the fraction with numerator x plus y and denominator 2 end fraction
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y and denominator x minus y end fraction
5	$\frac{x + y}{x - y} + \frac{2}{3}$	the fraction with numerator x plus y and denominator x minus y end fraction plus two thirds
6	$\frac{miles}{gallons}$	miles over gallons
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons
8	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third
9	$\frac{1}{\frac{2}{\frac{1}{3}}}$	the fraction with numerator 1 and denominator 2 over one third end fraction
10	$\frac{\frac{1}{2}}{3}$	one half over 3 end fraction
11	$\frac{1}{\frac{2}{3}}$	1 over two thirds end fraction
12	$\frac{\frac{11}{32}}{\frac{16}{51}}$	the fraction with numerator 11 over 32 and denominator 16 over 51 end fraction
13	$\frac{11}{\frac{32}{\frac{16}{51}}}$	the fraction with numerator 11 and denominator the fraction with numerator 32 and denominator 16 over 51 end fraction
14	$\frac{1 + \frac{4}{x}}{2}$	the fraction with numerator 1 plus 4 over x and denominator 2 end fraction
15	$\frac{3}{2 + \frac{4}{x}}$	the fraction with numerator 3 and denominator 2 plus 4 over x end fraction
16	$\frac{\frac{10}{22}}{\frac{1}{2}}$	the fraction with numerator 10 over 22 and denominator one half end fraction
17	$\frac{1 + \frac{2}{3}}{1 - \frac{2}{3}}$	the fraction with numerator 1 plus two thirds and denominator 1 minus two thirds end fraction
18	$\frac{1 + \frac{x}{2}}{1 - \frac{x}{2}}$	the fraction with numerator 1 plus x over 2 and denominator 1 minus x over 2 end fraction
19	$\frac{\frac{x + 1}{x - 1} + 1}{x + 1}$	the fraction with numerator the fraction with numerator x plus 1 and denominator x minus 1 plus 1 and denominator x plus 1 end fraction
20	$\frac{\frac{x + 1}{x - 4} + \frac{1}{2}}{x + \frac{1}{16}}$	the fraction with numerator the fraction with numerator x plus 1 and denominator x minus 4 plus one half and denominator x plus 1 over 16 end fraction
21	$1 + \frac{x}{1 + \frac{2}{x}}$	1 plus the fraction with numerator x and denominator 1 plus 2 over x end fraction
22	$1 + \frac{x + 3}{1 + \frac{2}{x + 3}}$	1 plus the fraction with numerator x plus 3 and denominator 1 plus the fraction with numerator 2 and denominator x plus 3 end fraction
23	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + 1}}}$	1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus 1 end fraction
24	$1 + \frac{1}{1 + \frac{1}{1 + \frac{1}{1 + \dots}}}$	1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus the fraction with numerator 1 and denominator 1 plus dot dot dot end fraction
25	$a_{0} + \frac{1}{a_{1} + \frac{1}{a_{2} + \frac{1}{a_{3} + \dots}}}$	a sub 0 plus the fraction with numerator 1 and denominator a sub 1 plus the fraction with numerator 1 and denominator a sub 2 plus the fraction with numerator 1 and denominator a sub 3 plus dot dot dot end fraction

English Clearspeak Functions rule tests. Locale: en, Style: Functions_Auto.

0	$f (x)$	f of x
1	$g (x)$	g of x
2	$h (x)$	h of x
3	$f (2 x)$	f of 2 x
4	$g (- 2 x)$	g of negative 2 x
5	$h (\frac{1}{2})$	h of one half
6	$f (x + 1) = f (x) + 1$	f of open paren x plus 1 close paren equals f of x plus 1
7	$g (2 x + 1)$	g of open paren 2 x plus 1 close paren
8	$g (x^{2})$	g of open paren x squared close paren
9	$f^{- 1} (x)$	f inverse of x
10	$g^{- 1} (x)$	g inverse of x
11	$h^{- 1} (x)$	h inverse of x
12	$f^{- 1} (2 x)$	f inverse of 2 x
13	$g^{- 1} (- 2 x)$	g inverse of negative 2 x
14	$f^{- 1} (3 x - 1)$	f inverse of open paren 3 x minus 1 close paren
15	$g^{- 1} (x^{2})$	g inverse of open paren x squared close paren
16	$h^{- 1} (\frac{1}{2})$	h inverse of one half
17	$f^{- 1} (f (x))$	f inverse of f of x
18	$g^{- 1} (g (x))$	g inverse of g of x
19	$h^{- 1} (h (x))$	h inverse of h of x
20	$f^{- 1} (f (2 x))$	f inverse of f of 2 x
21	$g^{- 1} (g (- 2 x))$	g inverse of g of negative 2 x
22	$h^{- 1} (h (\frac{1}{2}))$	h inverse of h of one half
23	$f^{- 1} (f (x + 1)) = x + 1$	f inverse of open paren f of open paren x plus 1 close paren close paren equals x plus 1
24	$g^{- 1} (g (2 x + 1))$	g inverse of open paren g of open paren 2 x plus 1 close paren close paren
25	$g^{- 1} (g (x^{2}))$	g inverse of open paren g of open paren x squared close paren close paren
26	$f (f^{- 1} (x))$	f of f inverse of x
27	$g (g^{- 1} (x))$	g of g inverse of x
28	$h (h^{- 1} (x))$	h of h inverse of x
29	$f (f^{- 1} (2 x))$	f of f inverse of 2 x
30	$g (g^{- 1} (- 2 x))$	g of g inverse of negative 2 x
31	$f (f^{- 1} (3 x - 1))$	f of open paren f inverse of open paren 3 x minus 1 close paren close paren
32	$g (g^{- 1} (x^{2}))$	g of g inverse of open paren x squared close paren
33	$h (h^{- 1} (\frac{1}{2}))$	h of h inverse of one half
34	$f (g (x))$	f of g of x
35	$f (g (x + 1))$	f of open paren g of open paren x plus 1 close paren close paren
36	$h (g (x))$	h of g of x
37	$h (g (\frac{x}{x + 1}))$	h of open paren g of open paren the fraction with numerator x and denominator x plus 1 close paren close paren
38	$(f + g) (x) = f (x) + g (x)$	open paren f plus g close paren of x equals f of x plus g of x
39	$(f + g) (x + 1) = f (x + 1) + g (x + 1)$	open paren f plus g close paren of open paren x plus 1 close paren equals f of open paren x plus 1 close paren plus g of open paren x plus 1 close paren
40	$(f \cdot g) (x)$	open paren f times g close paren of x
41	$(f \cdot g) (2 x + 5)$	open paren f times g close paren of open paren 2 x plus 5 close paren
42	$(\frac{f}{g}) (x) = \frac{f (x)}{g (x)}$	open paren f over g close paren of x equals f of x over g of x
43	$(\frac{f}{g}) (2 x + 5) = \frac{f (2 x + 5)}{g (2 x + 5)}$	open paren f over g close paren of open paren 2 x plus 5 close paren equals the fraction with numerator f of open paren 2 x plus 5 close paren and denominator g of open paren 2 x plus 5 close paren
44	$(f \circ g) (x) = f (g (x))$	open paren f composed with g close paren of x equals f of g of x
45	$2 f (x)$	2 f of x
46	$c f (x)$	c f of x
47	$f^{2} (x)$	f squared of x
48	$f^{2} (2 x + 1)$	f squared of open paren 2 x plus 1 close paren
49	$f^{3} (x)$	f cubed of x
50	$f^{3} (2 x + 1)$	f cubed of open paren 2 x plus 1 close paren
51	$f^{4} (x)$	the fourth power of f of x
52	$f^{4} (2 x + 1)$	the fourth power of f of open paren 2 x plus 1 close paren
53	$f^{5} (x)$	the fifth power of f of x
54	$f^{5} (2 x + 1)$	the fifth power of f of open paren 2 x plus 1 close paren
55	$f^{n} (x)$	the n-th power of f of x
56	$f^{n} (2 x + 1)$	the n-th power of f of open paren 2 x plus 1 close paren
57	$g^{2} (x)$	g squared of x
58	$g^{2} (2 x + 1)$	g squared of open paren 2 x plus 1 close paren
59	$h^{3} (x)$	h cubed of x
60	$h^{3} (2 x + 1)$	h cubed of open paren 2 x plus 1 close paren
61	$g^{4} (x)$	the fourth power of g of x
62	$g^{4} (2 x + 1)$	the fourth power of g of open paren 2 x plus 1 close paren
63	$h^{5} (x)$	the fifth power of h of x
64	$h^{5} (2 x + 1)$	the fifth power of h of open paren 2 x plus 1 close paren
65	$g^{n} (x)$	the n-th power of g of x
66	$g^{n} (2 x + 1)$	the n-th power of g of open paren 2 x plus 1 close paren
67	$f_{1} (x)$	f sub 1 of x
68	$g_{2} (x^{3})$	g sub 2 of open paren x cubed close paren
69	$h_{n} (3 x - 2)$	h sub n of open paren 3 x minus 2 close paren
70	$f_{1}^{- 1} (x)$	f sub 1 inverse of x
71	$g_{2}^{- 1} (2 x + 1)$	g sub 2 inverse of open paren 2 x plus 1 close paren
72	$h_{n}^{- 1} (x)$	h sub n inverse of x
73	$g_{1}^{- 1} (g_{2} (x))$	g sub 1 inverse of g sub 2 of x
74	$f_{1} (g_{2}^{- 1} (x))$	f sub 1 of g sub 2 inverse of x
75	$f (x, y)$	f of open paren x comma y close paren
76	$f (x, y, z)$	f of open paren x comma y comma z close paren
77	$f (x + 1, 2 y)$	f of open paren x plus 1 comma 2 y close paren
78	$f (2 x, x + 1, x^{2})$	f of open paren 2 x comma x plus 1 comma x squared close paren

English Clearspeak Functions rule tests. Locale: en, Style: Fraction_Over.

0	$h (\frac{1}{2})$	h of open paren 1 over 2 close paren
1	$h^{- 1} (\frac{1}{2})$	h inverse of open paren 1 over 2 close paren
2	$h^{- 1} (h (\frac{1}{2}))$	h inverse of open paren h of open paren 1 over 2 close paren close paren

English Clearspeak Functions rule tests. Locale: en, Style: Fraction_FracOver.

h (h^{- 1} (\frac{1}{2}))

inverse of open paren the fraction 1 over 2 close paren

English Clearspeak Functions rule tests. Locale: en, Style: Functions_None.

0	$f (x)$	f times x
1	$g (x)$	g times x
2	$h (x)$	h times x
3	$f (2 x)$	f times 2 x
4	$g (- 2 x)$	g times negative 2 x
5	$h (\frac{1}{2})$	h times one half
6	$f (x + 1) = f (x) + 1$	f times open paren x plus 1 close paren equals f times x plus 1
7	$g (2 x + 1)$	g times open paren 2 x plus 1 close paren
8	$g (x^{2})$	g times open paren x squared close paren
9	$f^{- 1} (x)$	f to the negative 1 power times x
10	$g^{- 1} (x)$	g to the negative 1 power times x
11	$h^{- 1} (x)$	h to the negative 1 power times x
12	$f^{- 1} (2 x)$	f to the negative 1 power times 2 x
13	$g^{- 1} (- 2 x)$	g to the negative 1 power times negative 2 x
14	$f^{- 1} (3 x - 1)$	f to the negative 1 power times open paren 3 x minus 1 close paren
15	$g^{- 1} (x^{2})$	g to the negative 1 power times open paren x squared close paren
16	$h^{- 1} (\frac{1}{2})$	h to the negative 1 power times one half
17	$f^{- 1} (f (x))$	f to the negative 1 power times f times x
18	$g^{- 1} (g (x))$	g to the negative 1 power times g times x
19	$h^{- 1} (h (x))$	h to the negative 1 power times h times x
20	$f^{- 1} (f (2 x))$	f to the negative 1 power times f times 2 x
21	$g^{- 1} (g (- 2 x))$	g to the negative 1 power times g times negative 2 x
22	$h^{- 1} (h (\frac{1}{2}))$	h to the negative 1 power times h times one half
23	$f^{- 1} (f (x + 1)) = x + 1$	f to the negative 1 power times open paren f times open paren x plus 1 close paren close paren equals x plus 1
24	$g^{- 1} (g (2 x + 1))$	g to the negative 1 power times open paren g times open paren 2 x plus 1 close paren close paren
25	$g^{- 1} (g (x^{2}))$	g to the negative 1 power times open paren g times open paren x squared close paren close paren
26	$f (f^{- 1} (x))$	f times open paren f to the negative 1 power times x close paren
27	$g (g^{- 1} (x))$	g times open paren g to the negative 1 power times x close paren
28	$h (h^{- 1} (x))$	h times open paren h to the negative 1 power times x close paren
29	$f (f^{- 1} (2 x))$	f times open paren f to the negative 1 power times 2 x close paren
30	$g (g^{- 1} (- 2 x))$	g times open paren g to the negative 1 power times negative 2 x close paren
31	$f (f^{- 1} (3 x - 1))$	f times open paren f to the negative 1 power times open paren 3 x minus 1 close paren close paren
32	$g (g^{- 1} (x^{2}))$	g times open paren g to the negative 1 power times open paren x squared close paren close paren
33	$h (h^{- 1} (\frac{1}{2}))$	h times open paren h to the negative 1 power times one half close paren
34	$f (g (x))$	f times g times x
35	$f (g (x + 1))$	f times open paren g times open paren x plus 1 close paren close paren
36	$h (g (x))$	h times g times x
37	$h (g (\frac{x}{x + 1}))$	h times open paren g times open paren the fraction with numerator x and denominator x plus 1 close paren close paren
38	$(f + g) (x) = f (x) + g (x)$	open paren f plus g close paren times x equals f times x plus g times x
39	$(f + g) (x + 1) = f (x + 1) + g (x + 1)$	open paren f plus g close paren times open paren x plus 1 close paren equals f times open paren x plus 1 close paren plus g times open paren x plus 1 close paren
40	$(f \cdot g) (x)$	open paren f times g close paren times x
41	$(f \cdot g) (2 x + 5)$	open paren f times g close paren times open paren 2 x plus 5 close paren
42	$(\frac{f}{g}) (x) = \frac{f (x)}{g (x)}$	open paren f over g close paren times x equals the fraction with numerator f times x and denominator g times x
43	$(\frac{f}{g}) (2 x + 5) = \frac{f (2 x + 5)}{g (2 x + 5)}$	open paren f over g close paren times open paren 2 x plus 5 close paren equals the fraction with numerator f times open paren 2 x plus 5 close paren and denominator g times open paren 2 x plus 5 close paren
44	$2 f (x)$	2 f times x
45	$c f (x)$	c f times x
46	$f^{2} (x)$	f squared times x
47	$f^{2} (2 x + 1)$	f squared times open paren 2 x plus 1 close paren
48	$f^{3} (x)$	f cubed times x
49	$f^{3} (2 x + 1)$	f cubed times open paren 2 x plus 1 close paren
50	$f^{4} (x)$	f to the fourth power times x
51	$f^{4} (2 x + 1)$	f to the fourth power times open paren 2 x plus 1 close paren
52	$f^{5} (x)$	f to the fifth power times x
53	$f^{5} (2 x + 1)$	f to the fifth power times open paren 2 x plus 1 close paren
54	$f^{n} (x)$	f to the n-th power times x
55	$f^{n} (2 x + 1)$	f to the n-th power times open paren 2 x plus 1 close paren
56	$g^{2} (x)$	g squared times x
57	$g^{2} (2 x + 1)$	g squared times open paren 2 x plus 1 close paren
58	$h^{3} (x)$	h cubed times x
59	$h^{3} (2 x + 1)$	h cubed times open paren 2 x plus 1 close paren
60	$g^{4} (x)$	g to the fourth power times x
61	$g^{4} (2 x + 1)$	g to the fourth power times open paren 2 x plus 1 close paren
62	$h^{5} (x)$	h to the fifth power times x
63	$h^{5} (2 x + 1)$	h to the fifth power times open paren 2 x plus 1 close paren
64	$g^{n} (x)$	g to the n-th power times x
65	$g^{n} (2 x + 1)$	g to the n-th power times open paren 2 x plus 1 close paren
66	$f_{1} (x)$	f sub 1 times x
67	$g_{2} (x^{3})$	g sub 2 times open paren x cubed close paren
68	$h_{n} (3 x - 2)$	h sub n times open paren 3 x minus 2 close paren
69	$f_{1}^{- 1} (x)$	f sub 1 to the negative 1 power times x
70	$g_{2}^{- 1} (2 x + 1)$	g sub 2 to the negative 1 power times open paren 2 x plus 1 close paren
71	$h_{n}^{- 1} (x)$	h sub n to the negative 1 power times x
72	$g_{1}^{- 1} (g_{2} (x))$	g sub 1 to the negative 1 power times open paren g sub 2 times x close paren
73	$f_{1} (g_{2}^{- 1} (x))$	f sub 1 times open paren g sub 2 to the negative 1 power times x close paren
74	$f (x, y)$	f times open paren x comma y close paren
75	$f (x, y, z)$	f times open paren x comma y comma z close paren
76	$f (x + 1, 2 y)$	f times open paren x plus 1 comma 2 y close paren
77	$f (2 x, x + 1, x^{2})$	f times open paren 2 x comma x plus 1 comma x squared close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto.

0	$2 (3)$	2 times 3
1	$2 [3]$	2 times 3
2	$2^{4} (3)$	2 to the fourth power times 3
3	$2 (3 + 4)$	2 times open paren 3 plus 4 close paren
4	$2 [3 + 4]$	2 times open bracket 3 plus 4 close bracket
5	$(3) (2)$	3 times 2
6	$2 {(3 + 4)}^{2}$	2 times open paren 3 plus 4 close paren squared
7	$(2 + 7) (3 - 6)$	open paren 2 plus 7 close paren times open paren 3 minus 6 close paren
8	$[2 + 7] [3 - 6]$	open bracket 2 plus 7 close bracket times open bracket 3 minus 6 close bracket
9	$x (y + z)$	x times open paren y plus z close paren
10	$2 (y + 1)$	2 times open paren y plus 1 close paren
11	$(2 - 1) x$	open paren 2 minus 1 close paren times x
12	$p_{1} (3 + 7)$	p sub 1 times open paren 3 plus 7 close paren
13	$p_{1}^{a_{1}} p_{2}^{a_{2}}$	p sub 1 raised to the a sub 1 power p sub 2 raised to the a sub 2 power
14	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren x plus y close paren to the negative 4 power times open paren x minus y close paren to the negative 4 power
15	$2^{4 (x + y)}$	2 raised to the 4 times open paren x plus y close paren power
16	$x y$	x y
17	$x^{2} y^{3}$	x squared y cubed
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power x raised to the y plus 2 power
19	$\sqrt{a} \sqrt{b} = \sqrt{a b}$	the square root of a the square root of b equals the square root of a b
20	$\sqrt{3} \sqrt{10} = \sqrt{30}$	the square root of 3 the square root of 10 equals the square root of 30
21	$2 \sqrt{3}$	2 the square root of 3
22	$1 + 2 \sqrt{3}$	1 plus 2 the square root of 3
23	$f (x) = x^{2} (x + 1)$	f of x equals x squared times open paren x plus 1 close paren
24	$\sin x \cos y + \cos x \sin y$	sine x cosine y plus cosine x sine y
25	$\sin (x + y) \cos (x + y)$	the sine of open paren x plus y close paren the cosine of open paren x plus y close paren
26	$\log_{10} x y$	the log base 10 of x y
27	$\log (x + y) = \log x \log y$	the log of open paren x plus y close paren equals log x log y
28	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix Row 1: 1 3 Row 2: 5 2 times the 2 by 2 matrix Row 1: 7 4 Row 2: 0 1
29	$2 (3 ((4 + 5) + 6))$	2 times open paren 3 times open paren open paren 4 plus 5 close paren plus 6 close paren close paren
30	$2 [3 ((4 + 5) + 6)]$	2 times open bracket 3 times open paren open paren 4 plus 5 close paren plus 6 close paren close bracket
31	$2 \| x \|$	2 times the absolute value of x
32	$\| x \| \| y \|$	the absolute value of x times the absolute value of y
33	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1 times the absolute value of y minus 1
34	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1 times the absolute value of y minus 1
35	$A = h (\frac{b_{1} + b_{2}}{2})$	A equals h of open paren the fraction with numerator b sub 1 plus b sub 2 and denominator 2 close paren
36	$a (0) = 0 (a) = 0$	a of 0 equals 0 times a equals 0
37	$a (- 1) = - a$	a of negative 1 equals negative a
38	$B (2, 6)$	B of open paren 2 comma 6 close paren
39	$p (w)$	p of w
40	$x (t) = 2 t + 4$	x of t equals 2 t plus 4
41	$k (x) = (x + 3) (x - 5)$	k of x equals open paren x plus 3 close paren times open paren x minus 5 close paren
42	$T (t) = T_{s} + (T_{0} - T_{s}) e^{- k t}$	T of t equals T sub s plus open paren T sub 0 minus T sub s close paren times e raised to the negative k t power
43	$V = l w (8)$	V equals script l w of 8

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto:Functions_None.

0	$f (x) = x^{2} (x + 1)$	f times x equals x squared times open paren x plus 1 close paren
1	$A = h (\frac{b_{1} + b_{2}}{2})$	A equals h times open paren the fraction with numerator b sub 1 plus b sub 2 and denominator 2 close paren
2	$a (0) = 0 (a) = 0$	a times 0 equals 0 times a equals 0
3	$a (- 1) = - a$	a times negative 1 equals negative a
4	$B (2, 6)$	B times open paren 2 comma 6 close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto:Paren_SpeakNestingLevel.

0	$2 (3 ((4 + 5) + 6))$	2 times open paren 3 times open second paren open third paren 4 plus 5 close third paren plus 6 close second paren close paren
1	$2 [3 ((4 + 5) + 6)]$	2 times open bracket 3 times open paren open second paren 4 plus 5 close second paren plus 6 close paren close bracket

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_Auto:AbsoluteValue_AbsEnd.

0	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1 end absolute value times the absolute value of y minus 1 end absolute value
1	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1 end absolute value times the absolute value of y end absolute value minus 1

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimes.

0	$2 (3)$	2 times 3
1	$2 [3]$	2 times 3
2	$2^{4} (3)$	2 to the fourth power times 3
3	$2 (3 + 4)$	2 times open paren 3 plus 4 close paren
4	$2 [3 + 4]$	2 times open bracket 3 plus 4 close bracket
5	$(3) (2)$	3 times 2
6	$2 {(3 + 4)}^{2}$	2 times open paren 3 plus 4 close paren squared
7	$(2 + 7) (3 - 6)$	open paren 2 plus 7 close paren times open paren 3 minus 6 close paren
8	$[2 + 7] [3 - 6]$	open bracket 2 plus 7 close bracket times open bracket 3 minus 6 close bracket
9	$x (y + z)$	x times open paren y plus z close paren
10	$2 (y + 1)$	2 times open paren y plus 1 close paren
11	$(2 - 1) x$	open paren 2 minus 1 close paren times x
12	$p_{1} (3 + 7)$	p sub 1 times open paren 3 plus 7 close paren
13	$p_{1}^{a_{1}} p_{2}^{a_{2}}$	p sub 1 raised to the a sub 1 power times p sub 2 raised to the a sub 2 power
14	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren x plus y close paren to the negative 4 power times open paren x minus y close paren to the negative 4 power
15	$2^{4 (x + y)}$	2 raised to the 4 times open paren x plus y close paren power
16	$x y$	x times y
17	$x^{2} y^{3}$	x squared times y cubed
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power times x raised to the y plus 2 power
19	$\sqrt{a} \sqrt{b} = \sqrt{a b}$	the square root of a times the square root of b equals the square root of a times b
20	$\sqrt{3} \sqrt{10} = \sqrt{30}$	the square root of 3 times the square root of 10 equals the square root of 30
21	$2 \sqrt{3}$	2 times the square root of 3
22	$1 + 2 \sqrt{3}$	1 plus 2 times the square root of 3
23	$f (x) = x^{2} (x + 1)$	f of x equals x squared times open paren x plus 1 close paren
24	$\sin x \cos y + \cos x \sin y$	sine x times cosine y plus cosine x times sine y
25	$\sin (x + y) \cos (x + y)$	the sine of open paren x plus y close paren times the cosine of open paren x plus y close paren
26	$\log_{10} x y$	the log base 10 of x times y
27	$\log (x + y) = \log x \log y$	the log of open paren x plus y close paren equals log x times log y
28	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix Row 1: 1 3 Row 2: 5 2 times the 2 by 2 matrix Row 1: 7 4 Row 2: 0 1
29	$2 (3 ((4 + 5) + 6))$	2 times open paren 3 times open paren open paren 4 plus 5 close paren plus 6 close paren close paren
30	$2 [3 ((4 + 5) + 6)]$	2 times open bracket 3 times open paren open paren 4 plus 5 close paren plus 6 close paren close bracket
31	$2 \| x \|$	2 times the absolute value of x
32	$\| x \| \| y \|$	the absolute value of x times the absolute value of y
33	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1 times the absolute value of y minus 1
34	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1 times the absolute value of y minus 1

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimesAnd:Functions_None.

f (x) = x^{2} (x + 1)

times

equals

squared times open paren

plus 1 close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimes:Paren_SpeakNestingLevel.

0	$2 (3 ((4 + 5) + 6))$	2 times open paren 3 times open second paren open third paren 4 plus 5 close third paren plus 6 close second paren close paren
1	$2 [3 ((4 + 5) + 6)]$	2 times open bracket 3 times open paren open second paren 4 plus 5 close second paren plus 6 close paren close bracket

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_MoreImpliedTimes:AbsoluteValue_AbsEnd.

0	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1 end absolute value times the absolute value of y minus 1 end absolute value
1	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1 end absolute value times the absolute value of y end absolute value minus 1

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None.

0	$2 (3)$	2 open paren 3 close paren
1	$2 [3]$	2 open bracket 3 close bracket
2	$2^{4} (3)$	2 to the fourth power open paren 3 close paren
3	$2 (3 + 4)$	2 open paren 3 plus 4 close paren
4	$2 [3 + 4]$	2 open bracket 3 plus 4 close bracket
5	$(3) (2)$	open paren 3 close paren open paren 2 close paren
6	$2 {(3 + 4)}^{2}$	2 open paren 3 plus 4 close paren squared
7	$(2 + 7) (3 - 6)$	open paren 2 plus 7 close paren open paren 3 minus 6 close paren
8	$[2 + 7] [3 - 6]$	open bracket 2 plus 7 close bracket open bracket 3 minus 6 close bracket
9	$x (y + z)$	x open paren y plus z close paren
10	$2 (y + 1)$	2 open paren y plus 1 close paren
11	$(2 - 1) x$	open paren 2 minus 1 close paren x
12	$p_{1} (3 + 7)$	p sub 1 open paren 3 plus 7 close paren
13	$p_{1}^{a_{1}} p_{2}^{a_{2}}$	p sub 1 raised to the a sub 1 power p sub 2 raised to the a sub 2 power
14	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren x plus y close paren to the negative 4 power open paren x minus y close paren to the negative 4 power
15	$2^{4 (x + y)}$	2 raised to the 4 open paren x plus y close paren power
16	$x y$	x y
17	$x^{2} y^{3}$	x squared y cubed
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power x raised to the y plus 2 power
19	$\sqrt{a} \sqrt{b} = \sqrt{a b}$	the square root of a the square root of b equals the square root of a b
20	$\sqrt{3} \sqrt{10} = \sqrt{30}$	the square root of 3 the square root of 10 equals the square root of 30
21	$2 \sqrt{3}$	2 the square root of 3
22	$1 + 2 \sqrt{3}$	1 plus 2 the square root of 3
23	$\sin x \cos y + \cos x \sin y$	sine x cosine y plus cosine x sine y
24	$\log_{10} x y$	the log base 10 of x y
25	$\log (x + y) = \log x \log y$	the log of open paren x plus y close paren equals log x log y
26	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix Row 1: 1 3 Row 2: 5 2 the 2 by 2 matrix Row 1: 7 4 Row 2: 0 1
27	$2 (3 ((4 + 5) + 6))$	2 open paren 3 open paren open paren 4 plus 5 close paren plus 6 close paren close paren
28	$2 [3 ((4 + 5) + 6)]$	2 open bracket 3 open paren open paren 4 plus 5 close paren plus 6 close paren close bracket
29	$2 \| x \|$	2 the absolute value of x
30	$\| x \| \| y \|$	the absolute value of x the absolute value of y
31	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1 the absolute value of y minus 1
32	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1 the absolute value of y minus 1
33	$f (x) = x^{2} (x + 1)$	f of x equals x squared open paren x plus 1 close paren
34	$\log (x + y) = \log x \log y$	the log of open paren x plus y close paren equals log x log y

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None:Functions_Auto.

f (x) = x^{2} (x + 1)

equals

squared open paren

plus 1 close paren

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None:Paren_SpeakNestingLevel.

0	$2 (3 ((4 + 5) + 6))$	2 open paren 3 open second paren open third paren 4 plus 5 close third paren plus 6 close second paren close paren
1	$2 [3 ((4 + 5) + 6)]$	2 open bracket 3 open paren open second paren 4 plus 5 close second paren plus 6 close paren close bracket
2	$2 (3 ((4 + 5) + 6))$	2 open paren 3 open second paren open third paren 4 plus 5 close third paren plus 6 close second paren close paren
3	$2 [3 ((4 + 5) + 6)]$	2 open bracket 3 open paren open second paren 4 plus 5 close second paren plus 6 close paren close bracket

English Clearspeak ImpliedTimes rule tests. Locale: en, Style: ImpliedTimes_None:Paren_Silent.

0	$2 (3)$	2 open paren 3 close paren
1	$2 [3]$	2 open bracket 3 close bracket
2	$2^{4} (3)$	2 to the fourth power open paren 3 close paren
3	$2 (3 + 4)$	2 open paren 3 plus 4 close paren
4	$2 [3 + 4]$	2 open bracket 3 plus 4 close bracket
5	$(3) (2)$	open paren 3 close paren open paren 2 close paren
6	$2 {(3 + 4)}^{2}$	2 open paren 3 plus 4 close paren squared
7	$(2 + 7) (3 - 6)$	open paren 2 plus 7 close paren open paren 3 minus 6 close paren
8	$[2 + 7] [3 - 6]$	open bracket 2 plus 7 close bracket open bracket 3 minus 6 close bracket
9	$x (y + z)$	x open paren y plus z close paren
10	$2 (y + 1)$	2 open paren y plus 1 close paren
11	$(2 - 1) x$	open paren 2 minus 1 close paren x
12	$p_{1} (3 + 7)$	p sub 1 open paren 3 plus 7 close paren
13	${(x + y)}^{- 4} {(x - y)}^{- 4}$	open paren x plus y close paren to the negative 4 power open paren x minus y close paren to the negative 4 power
14	$2^{4 (x + y)}$	2 raised to the 4 open paren x plus y close paren power
15	$(\begin{matrix} 1 & 3 \\ 5 & 2 \end{matrix}) (\begin{matrix} 7 & 4 \\ 0 & 1 \end{matrix})$	the 2 by 2 matrix Row 1: 1 3 Row 2: 5 2 the 2 by 2 matrix Row 1: 7 4 Row 2: 0 1
16	$2 (3 ((4 + 5) + 6))$	2 open paren 3 open paren open paren 4 plus 5 close paren plus 6 close paren close paren
17	$2 [3 ((4 + 5) + 6)]$	2 open bracket 3 open paren open paren 4 plus 5 close paren plus 6 close paren close bracket

English Clearspeak Logarithms rule tests. Locale: en, Style: Log_Auto.

0	$\log x$	log x
1	$\log_{10} x$	the log base 10 of x
2	$\log_{b} a x = \log_{b} a + \log_{b} x$	the log base b of a x equals the log base b of a plus the log base b of x
3	$\log_{b} \frac{S}{T} = \log_{b} S - \log_{b} T$	the log base b of S over T equals the log base b of S minus the log base b of T
4	$\log_{b} (x^{k}) = k \log_{b} x$	the log base b of open paren x to the k-th power close paren equals k the log base b of x
5	$10^{\log_{10} x} = x$	10 raised to the log base 10 of x power equals x
6	$\log_{10} 10^{x} = x$	the log base 10 of 10 to the x-th power equals x
7	$10^{\log_{10} 5} = 5$	10 raised to the log base 10 of 5 power equals 5
8	$\log_{10} 10^{3} = 3$	the log base 10 of 10 cubed equals 3
9	$\log_{a} x = \frac{\log_{b} x}{\log_{b} a}$	the log base a of x equals the log base b of x over the log base b of a
10	$\frac{\log_{10} 18}{\log_{10} 3} = \log_{3} 18$	the log base 10 of 18 over the log base 10 of 3 equals the log base 3 of 18
11	$\frac{\log x}{\log a}$	log x over log a
12	$\log (x + 1)$	the log of open paren x plus 1 close paren
13	$\log {(x + 1)}^{2}$	the log of open paren x plus 1 close paren squared
14	$\log (x y)$	log x y
15	$\frac{\log (x + 1)}{\log (x + 2)}$	the fraction with numerator the log of open paren x plus 1 close paren and denominator the log of open paren x plus 2 close paren
16	$\frac{\log_{6} (x + 1)}{\log_{6} (x + 2)}$	the fraction with numerator the log base 6 of open paren x plus 1 close paren and denominator the log base 6 of open paren x plus 2 close paren
17	$\frac{\log 40 + \log 60}{\log 5}$	the fraction with numerator log 40 plus log 60 and denominator log 5
18	$\frac{\log_{3} 40 + \log_{3} 60}{\log_{3} 5}$	the fraction with numerator the log base 3 of 40 plus the log base 3 of 60 and denominator the log base 3 of 5
19	$\log (3^{4} 12^{9}) = 4 \log 3 + 9 \log 12$	the log of open paren 3 to the fourth power 12 to the ninth power close paren equals 4 log 3 plus 9 log 12
20	$\log (\frac{x}{y})$	the log of open paren x over y close paren
21	$\log (\frac{3^{4}}{8^{10}}) = 4 \log 3 - 10 \log 8$	the log of open paren the fraction with numerator 3 to the fourth power and denominator 8 to the tenth power close paren equals 4 log 3 minus 10 log 8
22	$10^{\log x}$	10 raised to the log x power
23	$\ln x$	l n x
24	$\ln x - \ln (x - 1) = \ln (\frac{x}{x - 1})$	l n x minus l n of open paren x minus 1 close paren equals l n of open paren the fraction with numerator x and denominator x minus 1 close paren
25	$\ln (e^{x}) = x$	l n of open paren e to the x-th power close paren equals x
26	$e^{\ln x} = x$	e raised to the l n x power equals x
27	$\ln (e^{x}) = x$	l n of open paren e to the x-th power close paren equals x
28	$e^{\ln 4} = 4$	e raised to the l n 4 power equals 4
29	$\frac{\ln 40}{\ln 5} = \log_{5} 40$	l n 40 over l n 5 equals the log base 5 of 40
30	$\frac{\ln 40 + \ln 60}{\ln 5}$	the fraction with numerator l n 40 plus l n 60 and denominator l n 5

English Clearspeak Logarithms rule tests. Locale: en, Style: Log_LnAsNaturalLog.

0	$\ln x$	natural log x
1	$\ln x - \ln (x - 1) = \ln (\frac{x}{x - 1})$	natural log x minus the natural log of open paren x minus 1 close paren equals the natural log of open paren the fraction with numerator x and denominator x minus 1 close paren
2	$\ln (e^{x}) = x$	the natural log of open paren e to the x-th power close paren equals x
3	$e^{\ln x} = x$	e raised to the natural log x power equals x
4	$\ln (e^{x}) = x$	the natural log of open paren e to the x-th power close paren equals x
5	$e^{\ln 4} = 4$	e raised to the natural log 4 power equals 4
6	$\frac{\ln 40}{\ln 5} = \log_{5} 40$	natural log 40 over natural log 5 equals the log base 5 of 40
7	$\frac{\ln 40 + \ln 60}{\ln 5}$	the fraction with numerator natural log 40 plus natural log 60 and denominator natural log 5

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_Auto.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix 1 2 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix 1 2 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix 3 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix 3 5
8	$\begin{matrix} (3) \end{matrix}$	the 1 by 1 matrix with entry 3
9	$(\begin{matrix} 3 \end{matrix})$	the 1 by 1 matrix with entry 3
10	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix Row 1: x plus 1 Row 2: x minus 1
11	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2
12	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix Column 1: x plus 1 Column 2: 2 x
13	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2
14	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
15	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
16	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix Row 1: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 5 Column 5, 3 Row 2: Column 1, 3 Column 2, 4 Column 3, 2 Column 4, 7 Column 5, 0
17	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix Row 1: Column 1, 1 Column 2, 3 Row 2: Column 1, 4 Column 2, 2 Row 3: Column 1, 2 Column 2, 1 Row 4: Column 1, 0 Column 2, 5
18	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
19	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 minus x Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6
20	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
21	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
22	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth
23	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix Row 1: b sub 1 1 b sub 1 2 Row 2: b sub 2 1 b sub 2 2
24	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 times the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6
25	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth times the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 minus x Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6
26	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0 times the 4 by 2 matrix Row 1: Column 1, 1 Column 2, 3 Row 2: Column 1, 4 Column 2, 2 Row 3: Column 1, 2 Column 2, 1 Row 4: Column 1, 0 Column 2, 5
27	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
28	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
29	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
30	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
31	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
32	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
33	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
34	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
35	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
36	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
37	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
38	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
39	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth
40	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_SpeakColNum.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix Row 1: 1 Row 2: 2 Row 3: 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix Row 1: 1 Row 2: 2 Row 3: 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix Column 1: 3 Column 2: 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix Column 1: 3 Column 2: 5
8	$(\begin{matrix} 1 & 2 & 3 & 4 \end{matrix})$	the 1 by 4 row matrix Column 1: 1 Column 2: 2 Column 3: 3 Column 4: 4
9	$[\begin{matrix} 1 & 2 & 3 & 4 \end{matrix}]$	the 1 by 4 row matrix Column 1: 1 Column 2: 2 Column 3: 3 Column 4: 4
10	$(\begin{matrix} 1 \\ 2 \\ 3 \\ 4 \end{matrix})$	the 4 by 1 column matrix Row 1: 1 Row 2: 2 Row 3: 3 Row 4: 4
11	$[\begin{matrix} 1 \\ 2 \\ 3 \\ 4 \end{matrix}]$	the 4 by 1 column matrix Row 1: 1 Row 2: 2 Row 3: 3 Row 4: 4
12	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix Row 1: x plus 1 Row 2: x minus 1
13	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2
14	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix Column 1: x plus 1 Column 2: 2 x
15	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2
16	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix Row 1: Column 1, 2 Column 2, 4 Column 3, 1 Row 2: Column 1, 3 Column 2, 5 Column 3, 2 Row 3: Column 1, 1 Column 2, 4 Column 3, 7
17	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
18	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix Row 1: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 5 Column 5, 3 Row 2: Column 1, 3 Column 2, 4 Column 3, 2 Column 4, 7 Column 5, 0
19	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix Row 1: Column 1, 1 Column 2, 3 Row 2: Column 1, 4 Column 2, 2 Row 3: Column 1, 2 Column 2, 1 Row 4: Column 1, 0 Column 2, 5
20	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
21	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 minus x Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6
22	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, 2 x Column 2, 1 Row 2: Column 1, 7 Column 2, 5
23	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, 2 x Column 2, y Row 2: Column 1, one half Column 2, two thirds
24	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, one half Column 2, two thirds Row 2: Column 1, three fourths Column 2, one fifth
25	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, b sub 1 1 Column 2, b sub 1 2 Row 2: Column 1, b sub 2 1 Column 2, b sub 2 2
26	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 times the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6
27	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, one half Column 2, two thirds Row 2: Column 1, three fourths Column 2, one fifth times the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 minus x Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6
28	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0 times the 4 by 2 matrix Row 1: Column 1, 1 Column 2, 3 Row 2: Column 1, 4 Column 2, 2 Row 3: Column 1, 2 Column 2, 1 Row 4: Column 1, 0 Column 2, 5
29	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5
30	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5
31	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix Row 1: Column 1, 2 Column 2, 4 Column 3, 1 Row 2: Column 1, 3 Column 2, 5 Column 3, 2 Row 3: Column 1, 1 Column 2, 4 Column 3, 7
32	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix Row 1: Column 1, 2 Column 2, 4 Column 3, 1 Row 2: Column 1, 3 Column 2, 5 Column 3, 2 Row 3: Column 1, 1 Column 2, 4 Column 3, 7
33	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
34	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0
35	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
36	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x
37	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 x Column 2, 1 Row 2: Column 1, 7 Column 2, 5
38	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 x Column 2, 1 Row 2: Column 1, 7 Column 2, 5
39	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 x Column 2, y Row 2: Column 1, one half Column 2, two thirds
40	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 x Column 2, y Row 2: Column 1, one half Column 2, two thirds
41	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, one half Column 2, two thirds Row 2: Column 1, three fourths Column 2, one fifth
42	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: Column 1, one half Column 2, two thirds Row 2: Column 1, three fourths Column 2, one fifth

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_SilentColNum.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix 1 2 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix 1 2 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix 3 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix 3 5
8	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix x plus 1 x minus 1
9	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix 3 6 1 2
10	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix x plus 1 2 x
11	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix 3 6 1 2
12	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
13	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix Row 1: 0 3 4 3 Row 2: 2 1 0 9 Row 3: 3 0 2 1 Row 4: 6 2 9 0
14	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix Row 1: 2 1 0 5 3 Row 2: 3 4 2 7 0
15	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix Row 1: 1 3 Row 2: 4 2 Row 3: 2 1 Row 4: 0 5
16	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 plus x
17	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: 3 1 minus x 4 Row 2: 0 2 6
18	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
19	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
20	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth
21	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix Row 1: b sub 1 1 b sub 1 2 Row 2: b sub 2 1 b sub 2 2
22	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 times the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6
23	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth times the 2 by 3 matrix Row 1: 3 1 minus x 4 Row 2: 0 2 6
24	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix Row 1: 0 3 4 3 Row 2: 2 1 0 9 Row 3: 3 0 2 1 Row 4: 6 2 9 0 times the 4 by 2 matrix Row 1: 1 3 Row 2: 4 2 Row 3: 2 1 Row 4: 0 5
25	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
26	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5
27	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
28	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7
29	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix Row 1: 0 3 4 3 Row 2: 2 1 0 9 Row 3: 3 0 2 1 Row 4: 6 2 9 0
30	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix Row 1: 0 3 4 3 Row 2: 2 1 0 9 Row 3: 3 0 2 1 Row 4: 6 2 9 0
31	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 plus x
32	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 plus x
33	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
34	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5
35	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
36	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds
37	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth
38	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_EndMatrix.

0	$(\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 end matrix
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 end matrix
2	$(\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6 end matrix
3	$[\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix}]$	the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6 end matrix
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix 1 2 3 end matrix
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix 1 2 3 end matrix
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix 3 5 end matrix
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix 3 5 end matrix
8	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix Row 1: x plus 1 Row 2: x minus 1 end matrix
9	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column matrix Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2 end matrix
10	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix Column 1: x plus 1 Column 2: 2 x end matrix
11	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2 end matrix
12	$(\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7 end matrix
13	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0 end matrix
14	$(\begin{matrix} 2 & 1 & 0 & 5 & 3 \\ 3 & 4 & 2 & 7 & 0 \end{matrix})$	the 2 by 5 matrix Row 1: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 5 Column 5, 3 Row 2: Column 1, 3 Column 2, 4 Column 3, 2 Column 4, 7 Column 5, 0 end matrix
15	$(\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 2 matrix Row 1: Column 1, 1 Column 2, 3 Row 2: Column 1, 4 Column 2, 2 Row 3: Column 1, 2 Column 2, 1 Row 4: Column 1, 0 Column 2, 5 end matrix
16	$(\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x end matrix
17	$(\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 minus x Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6 end matrix
18	$(\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5 end matrix
19	$(\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds end matrix
20	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth end matrix
21	$(\begin{matrix} b_{11} & b_{12} \\ b_{21} & b_{22} \end{matrix})$	the 2 by 2 matrix Row 1: b sub 1 1 b sub 1 2 Row 2: b sub 2 1 b sub 2 2 end matrix
22	$3 (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}) (\begin{matrix} 3 & 1 & 4 \\ 0 & 2 & 6 \end{matrix})$	3 times the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 end matrix times the 2 by 3 matrix Row 1: 3 1 4 Row 2: 0 2 6 end matrix
23	$(\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix}) (\begin{matrix} 3 & 1 - x & 4 \\ 0 & 2 & 6 \end{matrix})$	the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth end matrix times the 2 by 3 matrix Row 1: Column 1, 3 Column 2, 1 minus x Column 3, 4 Row 2: Column 1, 0 Column 2, 2 Column 3, 6 end matrix
24	$(\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix}) (\begin{matrix} 1 & 3 \\ 4 & 2 \\ 2 & 1 \\ 0 & 5 \end{matrix})$	the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0 end matrix times the 4 by 2 matrix Row 1: Column 1, 1 Column 2, 3 Row 2: Column 1, 4 Column 2, 2 Row 3: Column 1, 2 Column 2, 1 Row 4: Column 1, 0 Column 2, 5 end matrix
25	$\| \begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 end determinant
26	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 1 Row 2: 7 5 end matrix
27	$\| \begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix} \|$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7 end determinant
28	$\det (\begin{matrix} 2 & 4 & 1 \\ 3 & 5 & 2 \\ 1 & 4 & 7 \end{matrix})$	the determinant of the 3 by 3 matrix Row 1: 2 4 1 Row 2: 3 5 2 Row 3: 1 4 7 end matrix
29	$\| \begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix} \|$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0 end determinant
30	$\det (\begin{matrix} 0 & 3 & 4 & 3 \\ 2 & 1 & 0 & 9 \\ 3 & 0 & 2 & 1 \\ 6 & 2 & 9 & 0 \end{matrix})$	the determinant of the 4 by 4 matrix Row 1: Column 1, 0 Column 2, 3 Column 3, 4 Column 4, 3 Row 2: Column 1, 2 Column 2, 1 Column 3, 0 Column 4, 9 Row 3: Column 1, 3 Column 2, 0 Column 3, 2 Column 4, 1 Row 4: Column 1, 6 Column 2, 2 Column 3, 9 Column 4, 0 end matrix
31	$\| \begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x end determinant
32	$\det (\begin{matrix} 2 & 1 \\ 7 & 5 + x \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: Column 1, 2 Column 2, 1 Row 2: Column 1, 7 Column 2, 5 plus x end matrix
33	$\| \begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5 end determinant
34	$\det (\begin{matrix} 2 x & 1 \\ 7 & 5 \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 x 1 Row 2: 7 5 end matrix
35	$\| \begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds end determinant
36	$\det (\begin{matrix} 2 x & y \\ \frac{1}{2} & \frac{2}{3} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: 2 x y Row 2: one half two thirds end matrix
37	$\| \begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix} \|$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth end determinant
38	$\det (\begin{matrix} \frac{1}{2} & \frac{2}{3} \\ \frac{3}{4} & \frac{1}{5} \end{matrix})$	the determinant of the 2 by 2 matrix Row 1: one half two thirds Row 2: three fourths one fifth end matrix

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_Vector.

0	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column vector 1 2 3
1	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column vector 1 2 3
2	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row vector 3 5
3	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row vector 3 5
4	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column vector Row 1: x plus 1 Row 2: x minus 1
5	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column vector Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2
6	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row vector Column 1: x plus 1 Column 2: 2 x
7	$(\begin{matrix} 3 & 2 \end{matrix}) (\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix})$	the 1 by 2 row vector 3 2 times the 2 by 2 matrix Row 1: 0 5 Row 2: 9 4
8	$(\begin{matrix} 1 & 2 & 7 \end{matrix}) (\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix})$	the 1 by 3 row vector 1 2 7 times the 3 by 3 matrix Row 1: 3 5 4 Row 2: 8 0 6 Row 3: 1 4 2
9	$(\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix}) (\begin{matrix} 3 \\ 2 \end{matrix})$	the 2 by 2 matrix Row 1: 0 5 Row 2: 9 4 times the 2 by 1 column vector 3 2
10	$(\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix}) (\begin{matrix} 1 \\ 2 \\ 7 \end{matrix})$	the 3 by 3 matrix Row 1: 3 5 4 Row 2: 8 0 6 Row 3: 1 4 2 times the 3 by 1 column vector 1 2 7

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_EndVector.

0	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column vector 1 2 3 end vector
1	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column vector 1 2 3 end vector
2	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row vector 3 5 end vector
3	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row vector 3 5 end vector
4	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column vector Row 1: x plus 1 Row 2: x minus 1 end vector
5	$(\begin{matrix} 3 \\ 6 \\ 1 \\ 2 \end{matrix})$	the 4 by 1 column vector Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2 end vector
6	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row vector Column 1: x plus 1 Column 2: 2 x end vector
7	$(\begin{matrix} 3 & 2 \end{matrix}) (\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix})$	the 1 by 2 row vector 3 2 end vector times the 2 by 2 matrix Row 1: 0 5 Row 2: 9 4 end matrix
8	$(\begin{matrix} 1 & 2 & 7 \end{matrix}) (\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix})$	the 1 by 3 row vector 1 2 7 end vector times the 3 by 3 matrix Row 1: 3 5 4 Row 2: 8 0 6 Row 3: 1 4 2 end matrix
9	$(\begin{matrix} 0 & 5 \\ 9 & 4 \end{matrix}) (\begin{matrix} 3 \\ 2 \end{matrix})$	the 2 by 2 matrix Row 1: 0 5 Row 2: 9 4 end matrix times the 2 by 1 column vector 3 2 end vector
10	$(\begin{matrix} 3 & 5 & 4 \\ 8 & 0 & 6 \\ 1 & 4 & 2 \end{matrix}) (\begin{matrix} 1 \\ 2 \\ 7 \end{matrix})$	the 3 by 3 matrix Row 1: 3 5 4 Row 2: 8 0 6 Row 3: 1 4 2 end matrix times the 3 by 1 column vector 1 2 7 end vector

English Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: en, Style: Matrix_Combinatoric.

0	$(\begin{matrix} n \\ r \end{matrix})$	n choose r
1	$(\begin{matrix} 10 \\ 7 \end{matrix})$	10 choose 7
2	$(\begin{matrix} 15 \\ 0 \end{matrix})$	15 choose 0
3	$(\begin{matrix} 8 \\ 3 \end{matrix})$	8 choose 3

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
2	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
3	$\begin{matrix} Equation 1: x + y = 7 \\ Equation 2: 2 x + 3 y = 17 \end{matrix}$	2 lines Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
4	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	2 lines Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
5	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	2 lines Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
6	$\begin{matrix} 4 x + 3 y + 2 z = 17 \\ 2 x + 4 y + 6 z = 6 \\ 3 x + 2 y + 5 z = 1 \end{matrix}$	3 lines Line 1: 4 x plus 3 y plus 2 z equals 17 Line 2: 2 x plus 4 y plus 6 z equals 6 Line 3: 3 x plus 2 y plus 5 z equals 1
7	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	3 lines Line 1: 4 x plus 3 y plus 2 z equals 1 Line 2: 2 x plus 4 y plus 6 z equals 6 Line 3: 3 x plus 2 y plus 5 z equals 1
8	$\begin{matrix} Equation 1: 4 x + 3 y + 2 z = 17 \\ Equation 2: 2 x + 4 y + 6 z = 6 \\ Equation 3: 3 x + 2 y + 5 z = 1 \end{matrix}$	3 lines Line 1: Equation 1 colon 4 x plus 3 y plus 2 z equals 17 Line 2: Equation 2 colon 2 x plus 4 y plus 6 z equals 6 Line 3: Equation 3 colon 3 x plus 2 y plus 5 z equals 1
9	$\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}$	3 lines Line 1: x is greater than or equal to 0 Line 2: y is greater than or equal to 0 Line 3: 3 x minus 5 y is less than or equal to 30
10	$\begin{matrix} 3 x + 8 = 5 x \\ 8 = 5 x - 3 x \\ 8 = 2 x \\ 4 = x \end{matrix}$	4 lines Line 1: 3 x plus 8 equals 5 x Line 2: 8 equals 5 x minus 3 x Line 3: 8 equals 2 x Line 4: 4 equals x
11	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines Line 1: 3 x plus 8 equals 5 x blank blank Line 2: blank blank 8 equals 5 x minus 3 x Line 3: blank blank 8 equals 2 x blank blank Line 4: blank blank 4 equals x blank blank
12	$\begin{matrix} Step 1: 3 x + 8 = 5 x \\ Step 2: 8 = 5 x - 3 x \\ Step 3: 8 = 2 x \\ Step 4: 4 = x \end{matrix}$	4 lines Line 1: Step 1 colon 3 x plus 8 equals 5 x Line 2: Step 2 colon 8 equals 5 x minus 3 x Line 3: Step 3 colon 8 equals 2 x Line 4: Step 4 colon 4 equals x
13	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0
14	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Case.

0	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0
1	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0
2	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	2 cases Case 1: f of x equals negative x if x is less than 0 Case 2: f of x equals x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Equation.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 equations Equation 1: x plus y equals 7 Equation 2: 2 x plus 3 y equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 equations Equation 1: x plus y equals 7 Equation 2: 2 x plus 3 y equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLinePausesBetweenColumns_Auto:MultiLineOverview_Auto:MultiLineLabel_Line.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

2 lines Line 1: x plus

equals 7 Line 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Line.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 lines Line 1: x plus

equals 7 Line 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Row.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 rows Row 1: x plus y equals 7 Row 2: 2 x plus 3 y equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 rows Row 1: x plus y equals 7 Row 2: 2 x plus 3 y equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Step.

0	$\begin{matrix} 3 x + 8 = 5 x \\ 8 = 5 x - 3 x \\ 8 = 2 x \\ 4 = x \end{matrix}$	4 steps Step 1: 3 x plus 8 equals 5 x Step 2: 8 equals 5 x minus 3 x Step 3: 8 equals 2 x Step 4: 4 equals x
1	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 steps Step 1: 3 x plus 8 equals 5 x blank blank Step 2: blank blank 8 equals 5 x minus 3 x Step 3: blank blank 8 equals 2 x blank blank Step 4: blank blank 4 equals x blank blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Constraint.

\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}

3 constraints Constraint 1: x is greater than or equal to 0 Constraint 2: y is greater than or equal to 0 Constraint 3: 3

minus 5

is less than or equal to 30

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_None.

0	$\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}$	3 lines x is greater than or equal to 0 y is greater than or equal to 0 3 x minus 5 y is less than or equal to 30
1	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines 3 x plus 8 equals 5 x blank blank blank blank 8 equals 5 x minus 3 x blank blank 8 equals 2 x blank blank blank blank 4 equals x blank blank
2	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x equals 2 cases negative x if x is less than 0 x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
2	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
3	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	2 lines Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
4	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	2 lines Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
5	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	3 lines Line 1: 4 x plus 3 y plus 2 z equals 1 Line 2: 2 x plus 4 y plus 6 z equals 6 Line 3: 3 x plus 2 y plus 5 z equals 1
6	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines Line 1: 3 x plus 8 equals 5 x blank blank Line 2: blank blank 8 equals 5 x minus 3 x Line 3: blank blank 8 equals 2 x blank blank Line 4: blank blank 4 equals x blank blank
7	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Case:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

0	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0
1	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	2 cases Case 1: f of x equals negative x if x is less than 0 Case 2: f of x equals x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Equation:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 equations Equation 1: x plus

equals 7 Equation 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Line:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 lines Line 1: x plus

equals 7 Line 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Row:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 rows Row 1: x plus

equals 7 Row 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Step:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}

4 steps Step 1: 3

plus 8 equals 5

blank blank Step 2: blank blank 8 equals 5

minus 3

Step 3: blank blank 8 equals 2

blank blank Step 4: blank blank 4 equals

blank blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

0	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
1	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	2 lines Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
2	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	2 lines Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
3	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	2 lines Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
4	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	3 lines Line 1: 4 x plus 3 y plus 2 z equals 1 Line 2: 2 x plus 4 y plus 6 z equals 6 Line 3: 3 x plus 2 y plus 5 z equals 1
5	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	4 lines Line 1: 3 x plus 8 equals 5 x blank blank Line 2: blank blank 8 equals 5 x minus 3 x Line 3: blank blank 8 equals 2 x blank blank Line 4: blank blank 4 equals x blank blank
6	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Case:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

0	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x equals 2 cases Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0
1	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	2 cases Case 1: f of x equals negative x if x is less than 0 Case 2: f of x equals x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Equation:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 equations Equation 1: x plus

equals 7 Equation 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Line:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 lines Line 1: x plus

equals 7 Line 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Row:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}

2 rows Row 1: x plus

equals 7 Row 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Step:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}

4 steps Step 1: 3

plus 8 equals 5

blank blank Step 2: blank blank 8 equals 5

minus 3

Step 3: blank blank 8 equals 2

blank blank Step 4: blank blank 4 equals

blank blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineOverview_None.

0	$\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}$	Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
1	$\begin{matrix} x + y & = & 7 \\ 2 x + 3 y & = & 17 \end{matrix}$	Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
2	$\begin{matrix} x & + & y & = & 7 \\ 2 x & + & 3 y & = & 17 \end{matrix}$	Line 1: x plus y equals 7 Line 2: 2 x plus 3 y equals 17
3	$\begin{matrix} Equation 1: x + y = 7 \\ Equation 2: 2 x + 3 y = 17 \end{matrix}$	Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
4	$\begin{matrix} Equation 1: & x + y = 7 \\ Equation 2: & 2 x + 3 y = 17 \end{matrix}$	Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
5	$\begin{matrix} Equation 1: & x + y & = & 7 \\ Equation 2: & 2 x + 3 y & = & 17 \end{matrix}$	Line 1: Equation 1 colon x plus y equals 7 Line 2: Equation 2 colon 2 x plus 3 y equals 17
6	$\begin{matrix} 4 x + 3 y + 2 z = 17 \\ 2 x + 4 y + 6 z = 6 \\ 3 x + 2 y + 5 z = 1 \end{matrix}$	Line 1: 4 x plus 3 y plus 2 z equals 17 Line 2: 2 x plus 4 y plus 6 z equals 6 Line 3: 3 x plus 2 y plus 5 z equals 1
7	$\begin{matrix} 4 x & + & 3 y & + & 2 z & = & 1 \\ 2 x & + & 4 y & + & 6 z & = & 6 \\ 3 x & + & 2 y & + & 5 z & = & 1 \end{matrix}$	Line 1: 4 x plus 3 y plus 2 z equals 1 Line 2: 2 x plus 4 y plus 6 z equals 6 Line 3: 3 x plus 2 y plus 5 z equals 1
8	$\begin{matrix} Equation 1: 4 x + 3 y + 2 z = 17 \\ Equation 2: 2 x + 4 y + 6 z = 6 \\ Equation 3: 3 x + 2 y + 5 z = 1 \end{matrix}$	Line 1: Equation 1 colon 4 x plus 3 y plus 2 z equals 17 Line 2: Equation 2 colon 2 x plus 4 y plus 6 z equals 6 Line 3: Equation 3 colon 3 x plus 2 y plus 5 z equals 1
9	$\begin{matrix} Step 1: 3 x + 8 = 5 x \\ Step 2: 8 = 5 x - 3 x \\ Step 3: 8 = 2 x \\ Step 4: 4 = x \end{matrix}$	Line 1: Step 1 colon 3 x plus 8 equals 5 x Line 2: Step 2 colon 8 equals 5 x minus 3 x Line 3: Step 3 colon 8 equals 2 x Line 4: Step 4 colon 4 equals x
10	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x equals Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0
11	$f (x) = {\begin{matrix} - x & if x < 0 \\ x & if x \geq 0 \end{matrix}$	f of x equals Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Case:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

0	$f (x) = {\begin{matrix} - x if x < 0 \\ x if x \geq 0 \end{matrix}$	f of x equals Case 1: negative x if x is less than 0 Case 2: x if x is greater than or equal to 0
1	$\begin{matrix} f (x) = - x & if x < 0 \\ f (x) = x & if x \geq 0 \end{matrix}$	Case 1: f of x equals negative x if x is less than 0 Case 2: f of x equals x if x is greater than or equal to 0

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Equation:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

Equation 1: x plus

equals 7 Equation 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Line:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

Line 1: x plus

equals 7 Line 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Row:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{matrix} x + y = 7 \\ 2 x + 3 y = 17 \end{matrix}

Row 1: x plus

equals 7 Row 2: 2

plus 3

equals 17

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Step:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

0	$\begin{matrix} 3 x + 8 = 5 x \\ 8 = 5 x - 3 x \\ 8 = 2 x \\ 4 = x \end{matrix}$	Step 1: 3 x plus 8 equals 5 x Step 2: 8 equals 5 x minus 3 x Step 3: 8 equals 2 x Step 4: 4 equals x
1	$\begin{matrix} 3 x & + & 8 & = & 5 x \\ 8 & = & 5 x & - & 3 x \\ 8 & = & 2 x \\ 4 & = & x \end{matrix}$	Step 1: 3 x plus 8 equals 5 x blank blank Step 2: blank blank 8 equals 5 x minus 3 x Step 3: blank blank 8 equals 2 x blank blank Step 4: blank blank 4 equals x blank blank

English Clearspeak MultiLineEntries rule tests. Locale: en, Style: MultiLineLabel_Constraint:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

\begin{array}{l} x \geq 0 \\ y \geq 0 \\ 3 x - 5 y \leq 30 \end{array}

Constraint 1: x is greater than or equal to 0 Constraint 2: y is greater than or equal to 0 Constraint 3: 3

minus 5

is less than or equal to 30

English Clearspeak NamedSets rule tests. Locale: en, Style: Verbose.

0	$ℝ$	the real numbers
1	$R$	the real numbers
2	$ℂ$	the complex numbers
3	$C$	the complex numbers
4	$ℤ$	the integers
5	$Z$	the integers
6	$ℚ$	the rational numbers
7	$Q$	the rational numbers
8	$ℕ$	the natural numbers
9	$N$	the natural numbers
10	$ℕ_{0}$	the natural numbers with zero
11	$N_{0}$	the natural numbers with zero
12	$ℤ^{+}$	the positive integers
13	$Z^{+}$	the positive integers
14	$ℤ^{-}$	the negative integers
15	$Z^{-}$	the negative integers
16	$ℝ^{2}$	r-two
17	$R^{2}$	r-two
18	$ℤ^{3}$	z-three
19	$Z^{3}$	z-three
20	$ℂ^{n}$	c-n
21	$C^{n}$	c-n
22	$ℝ^{\infty}$	r-infinity
23	$R^{\infty}$	r-infinity

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Auto.

0	$(25)$	25
1	$(2 x)$	2 x
2	$2 + (- 2)$	2 plus negative 2
3	$2 - (- 2)$	2 minus negative 2
4	$2 - - 2$	2 minus negative 2
5	$2 - {(- 2)}^{3}$	2 minus open paren negative 2 close paren cubed
6	${(2 x)}^{2}$	open paren 2 x close paren squared
7	${(2 x)}^{y + 1}$	open paren 2 x close paren raised to the y plus 1 power
8	$(- 2 x)$	negative 2 x
9	${(- 2 x)}^{2}$	open paren negative 2 x close paren squared
10	$- {(2 x)}^{2}$	negative open paren 2 x close paren squared
11	$(\frac{1}{2})$	one half
12	$(\frac{3}{4} x)$	three fourths x
13	$(\frac{11}{22})$	open paren 11 over 22 close paren
14	${(\frac{1}{2})}^{4}$	one half to the fourth power
15	${(\frac{11}{15})}^{2}$	open paren 11 over 15 close paren squared

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Speak.

0	$(25)$	open paren 25 close paren
1	$(2 x)$	open paren 2 x close paren
2	$2 + (- 2)$	2 plus open paren negative 2 close paren
3	$2 - (- 2)$	2 minus open paren negative 2 close paren
4	$2 - {(- 2)}^{3}$	2 minus open paren negative 2 close paren cubed
5	${(2 x)}^{2}$	open paren 2 x close paren squared
6	${(2 x)}^{y + 1}$	open paren 2 x close paren raised to the y plus 1 power
7	$(- 2 x)$	open paren negative 2 x close paren
8	${(- 2 x)}^{2}$	open paren negative 2 x close paren squared
9	$- {(2 x)}^{2}$	negative open paren 2 x close paren squared
10	$(\frac{1}{2})$	open paren one half close paren
11	$(\frac{3}{4} x)$	open paren three fourths x close paren
12	$(\frac{11}{22})$	open paren 11 over 22 close paren
13	${(\frac{1}{2})}^{4}$	open paren one half close paren to the fourth power
14	${(\frac{11}{15})}^{2}$	open paren 11 over 15 close paren squared

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_CoordPoint.

0	$(1, 2)$	the point with coordinates 1 comma 2
1	$(x, y)$	the point with coordinates x comma y
2	$(1, 2, 3)$	the point with coordinates 1 comma 2 comma 3
3	$(x, y, z)$	the point with coordinates x comma y comma z
4	$(1, 2, 386)$	the point with coordinates 1 comma 2 comma 386

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Interval.

0	$(a, b)$	the interval from a to b not including a or b
1	$(0, 1)$	the interval from 0 to 1 not including 0 or 1
2	$[a, b)$	the interval from a to b including a but not including b
3	$[0, 1)$	the interval from 0 to 1 including 0 but not including 1
4	$(a, b]$	the interval from a to b not including a but including b
5	$(0, 1]$	the interval from 0 to 1 not including 0 but including 1
6	$[a, b]$	the interval from a to b including a and b
7	$[0, 1]$	the interval from 0 to 1 including 0 and 1
8	$(- \infty, b)$	the interval from negative infinity to b not including b
9	$(- \infty, 1)$	the interval from negative infinity to 1 not including 1
10	$(- \infty, b]$	the interval from negative infinity to b including b
11	$(- \infty, 1]$	the interval from negative infinity to 1 including 1
12	$(a, \infty)$	the interval from a to infinity not including a
13	$(1, \infty)$	the interval from 1 to infinity not including 1
14	$[a, \infty)$	the interval from a to infinity including a
15	$[1, \infty)$	the interval from 1 to infinity including 1
16	$(- \infty, \infty)$	the interval from negative infinity to infinity
17	$(- \infty, + \infty)$	the interval from negative infinity to positive infinity

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_SpeakNestingLevel.

0	$f (g (x))$	f of g of x
1	$f (g (x + 1))$	f of open paren g of open paren x plus 1 close paren close paren
2	$6 - [2 - (3 + 5)]$	6 minus open bracket 2 minus open paren 3 plus 5 close paren close bracket
3	$6 - (2 - (3 + 5))$	6 minus open paren 2 minus open second paren 3 plus 5 close second paren close paren
4	$4 [x + 3 (2 x + 1)]$	4 times open bracket x plus 3 times open paren 2 x plus 1 close paren close bracket
5	$4 (x + 3 (2 x + 1))$	4 times open paren x plus 3 times open second paren 2 x plus 1 close second paren close paren
6	$1 + (2 + (3 + 7) - (2 + 8))$	1 plus open paren 2 plus open second paren 3 plus 7 close second paren minus open second paren 2 plus 8 close second paren close paren
7	$1 + (2 + (3 - (4 - 5)))$	1 plus open paren 2 plus open second paren 3 minus open third paren 4 minus 5 close third paren close second paren close paren
8	$((2 + (3 + 4) + 5) + 6 + ((7 + (8 + 1)) + 2))$	open paren open second paren 2 plus open third paren 3 plus 4 close third paren plus 5 close second paren plus 6 plus open second paren open third paren 7 plus open fourth paren 8 plus 1 close fourth paren close third paren plus 2 close second paren close paren

English Clearspeak Parentheses rule tests. Locale: en, Style: Paren_Silent.

0	$(25)$	25
1	$(2 x)$	2 x
2	$2 + (- 2)$	2 plus negative 2
3	$2 - (- 2)$	2 minus negative 2
4	$2 - {(- 2)}^{3}$	2 minus negative 2 cubed
5	${(2 x)}^{2}$	2 x squared
6	${(2 x)}^{y + 1}$	2 x raised to the y plus 1 power
7	$(- 2 x)$	negative 2 x
8	${(- 2 x)}^{2}$	negative 2 x squared
9	$- {(2 x)}^{2}$	negative 2 x squared
10	$(\frac{1}{2})$	one half
11	$(\frac{3}{4} x)$	three fourths x
12	$(\frac{11}{22})$	11 over 22
13	${(\frac{1}{2})}^{4}$	one half to the fourth power
14	${(\frac{11}{15})}^{2}$	11 over 15 squared

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolX_Auto.

0	$6 \times 8$	6 times 8
1	$m \times n$	m times n
2	$3 \times 3$	3 times 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolX_By.

0	$6 \times 8$	6 by 8
1	$m \times n$	m by n
2	$3 \times 3$	3 by 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolX_Cross.

u \times v

cross

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolDot_Auto.

0	$6 \cdot 8$	6 times 8
1	$m \cdot n$	m times n
2	$3 \cdot 3$	3 times 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: MultsymbolDot_Dot.

0	$6 \cdot 8$	6 dot 8
1	$m \cdot n$	m dot n
2	$3 \cdot 3$	3 dot 3

English Clearspeak Part2Symbols rule tests. Locale: en, Style: TriangleSymbol_Auto.

0	$Δ A B C$	triangle A B C
1	$Δ D E F$	triangle D E F

English Clearspeak Part2Symbols rule tests. Locale: en, Style: TriangleSymbol_Delta.

0	$Δ x$	Delta x
1	$f (x + Δ x)$	f of open paren x plus Delta x close paren

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Ellipses_Auto.

0	$1, 2, 3, \dots$	1 comma 2 comma 3 comma dot dot dot
1	$1, 2, 3, \dots, 20$	1 comma 2 comma 3 comma dot dot dot comma 20
2	$\dots, - 2, - 1, 0, 1, 2, \dots$	dot dot dot comma negative 2 comma negative 1 comma 0 comma 1 comma 2 comma dot dot dot

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Ellipses_AndSoOn.

0	$1, 2, 3, \dots$	1 comma 2 comma 3 comma and so on
1	$1, 2, 3, \dots, 20$	1 comma 2 comma 3 comma and so on up to comma 20
2	$\dots, - 2, - 1, 0, 1, 2, \dots$	dot dot dot comma negative 2 comma negative 1 comma 0 comma 1 comma 2 comma dot dot dot

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_Auto.

0	$3 \| 6$	3 divides 6
1	${x \| x > 0}$	the set of all x such that x is greater than 0
2	${x \| \| x \| > 2}$	the set of all x such that the absolute value of x is greater than 2
3	$f (x) \|_{x = 5}$	f of x evaluated at x equals 5
4	$x^{2} + 2 x \|_{x = 2}$	x squared plus 2 x evaluated at x equals 2
5	$x^{2} + x \|_{0}^{1}$	x squared plus x evaluated at 1 minus the same expression evaluated at 0

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_SuchThat.

{x | x > 0}

the set of all

such that

is greater than 0

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_Divides.

3 | 6

3 divides 6

English Clearspeak Part2Symbols rule tests. Locale: en, Style: VerticalLine_Given.

P (A | B)

of open paren

given

close paren

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Auto.

0	$If x \in ℤ then 2 x is an even number.$	If x is a member of the integers then 2 x is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x in the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i is not a member of the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Member.

0	$If x \in ℤ then 2 x is an even number.$	If x is a member of the integers then 2 x is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x member of the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i is not a member of the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Element.

0	$If x \in ℤ then 2 x is an even number.$	If x is an element of the integers then 2 x is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x element of the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i is not an element of the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: SetMemberSymbol_Belongs.

0	$If x \in ℤ then 2 x is an even number.$	If x belongs to the integers then 2 x is an even number period
1	${x \in ℤ \| x > 5}$	the set of all x belonging to the integers such that x is greater than 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i does not belong to the real numbers
3	$If x \in ℤ then 2 x is an even number.$	If x belongs to the integers then 2 x is an even number period
4	${x \in ℤ \| x > 5}$	the set of all x belonging to the integers such that x is greater than 5
5	$3 + 2 i \notin ℝ$	3 plus 2 i does not belong to the real numbers

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Sets_woAll:SetMemberSymbol_Belongs.

{x \in ℤ : 2 < x < 7}

the set of

belonging to the integers such that 2 is less than

is less than 7

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Sets_woAll:SetMemberSymbol_Member.

{x \in ℤ | x > 5}

the set of

member of the integers such that

is greater than 5

English Clearspeak Part2Symbols rule tests. Locale: en, Style: Verbose.

0	$\sum_{n = 1}^{10} n$	the sum from n equals 1 to 10 of n
1	$\sum_{n = 1}^{\infty} n$	the sum from n equals 1 to infinity of n
2	$\sum_{i \in ℤ^{+}} i$	the sum over i is a member of the positive integers of i
3	$\sum_{S} i$	the sum over S of i
4	$\sum a_{i}$	the sum of a sub i
5	$\prod_{i = 1}^{10} i$	the product from i equals 1 to 10 of i
6	$\prod_{i \in ℤ^{+}} \frac{i}{i + 1}$	the product over i is a member of the positive integers of the fraction with numerator i and denominator i plus 1
7	$\prod_{ℤ^{+}} \frac{i}{i + 1}$	the product over the positive integers of the fraction with numerator i and denominator i plus 1
8	$\prod a_{i}$	the product of a sub i
9	$\cap_{i = 1}^{10} S_{i}$	the intersection from i equals 1 to 10 of S sub i
10	$\cup_{i = 1}^{10} S_{i}$	the union from i equals 1 to 10 of S sub i
11	$\cap S_{i}$	the intersection of S sub i
12	$\cup S_{i}$	the union of S sub i
13	$\underset{C}{\cap} S_{i}$	the intersection over C of S sub i
14	$\underset{C}{\cup} S_{i}$	the union over C of S sub i
15	$\int f (x) d x$	the integral of f of x d x
16	$\int_{0}^{1} f (x) d x$	the integral from 0 to 1 of f of x d x
17	$\int_{ℝ} f (x) d x$	the integral over the real numbers of f of x d x

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Prime_Auto.

0	$A^{'} B^{'}$	A prime B prime
1	$A^{″} B^{″}$	A double prime B double prime
2	$A^{‴} B^{‴}$	A triple prime B triple prime
3	$f^{'} (x)$	f prime of x
4	$f^{″} (x)$	f double prime of x
5	$f^{‴} (x)$	f triple prime of x
6	$1^{'}$	1 foot
7	$2^{'}$	2 feet
8	$1^{″}$	1 inch
9	$2^{″}$	2 inches
10	$16^{'} 10^{″}$	16 feet 10 inches
11	$45 ° 10^{'}$	45 degrees 10 minutes
12	$x ° y^{'}$	x degrees y minutes
13	$45 ° 10^{'} 25^{″}$	45 degrees 10 minutes 25 seconds
14	$x ° y^{'} z^{″}$	x degrees y minutes z seconds

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Prime_Angle.

0	$1^{'}$	1 minute
1	$x^{'}$	x minutes
2	$2^{'}$	2 minutes
3	$1^{″}$	1 second
4	$x^{″}$	x seconds
5	$2^{″}$	2 seconds
6	$16^{'} 10^{″}$	16 minutes 10 seconds
7	$x^{'} y^{″}$	x minutes y seconds
8	$45 ° 10^{'}$	45 degrees 10 minutes
9	$45 ° 10^{'} 25^{″}$	45 degrees 10 minutes 25 seconds
10	$A^{'} B^{'}$	A prime B prime
11	$A^{″} B^{″}$	A double prime B double prime
12	$A^{‴} B^{‴}$	A triple prime B triple prime
13	$f^{'} (x)$	f prime of x
14	$f^{″} (x)$	f double prime of x
15	$f^{‴} (x)$	f triple prime of x

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Prime_Length.

0	$1^{'}$	1 foot
1	$x^{'}$	x feet
2	$2^{'}$	2 feet
3	$1^{″}$	1 inch
4	$x^{″}$	x inches
5	$2^{″}$	2 inches
6	$16^{'} 10^{″}$	16 feet 10 inches
7	$x^{'} y^{″}$	x feet y inches
8	$45 ° 10^{'}$	45 degrees 10 minutes
9	$45 ° 10^{'} 25^{″}$	45 degrees 10 minutes 25 seconds
10	$A^{'} B^{'}$	A prime B prime
11	$A^{″} B^{″}$	A double prime B double prime
12	$A^{‴} B^{‴}$	A triple prime B triple prime
13	$f^{'} (x)$	f prime of x
14	$f^{″} (x)$	f double prime of x
15	$f^{‴} (x)$	f triple prime of x

English Clearspeak Part3Adornments rule tests. Locale: en, Style: CombinationPermutation_Auto.

0	${}_{n}C_{r}$	n C r
1	${}_{n}P_{r}$	n P r
2	${}_{10}C_{3}$	10 C 3
3	${}_{10}P_{3}$	10 P 3

English Clearspeak Part3Adornments rule tests. Locale: en, Style: CombinationPermutation_ChoosePermute.

0	${}_{n}C_{r}$	n choose r
1	${}_{n}P_{r}$	n permute r
2	${}_{10}C_{3}$	10 choose 3
3	${}_{10}P_{3}$	10 permute 3

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Bar_Auto.

0	$\bar{f}$	f bar
1	$\bar{f} (x)$	f bar of x
2	$\bar{f_{1}}$	f sub 1 bar
3	$\bar{f_{1}} (x)$	f sub 1 bar of x
4	$\bar{z}$	z bar
5	$0 . \bar{3}$	the repeating decimal 0 point followed by repeating digit 3
6	$0 . \bar{12}$	the repeating decimal 0 point followed by repeating digits 1 2
7	$2 . \bar{134}$	the repeating decimal 2 point followed by repeating digits 1 3 4
8	$.13 \bar{467}$	the repeating decimal point 1 3 followed by repeating digits 4 6 7
9	$25.12 \bar{632}$	the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2
10	$z \bar{z}$	z z bar
11	$\bar{C D}$	the line segment C D
12	$\bar{C^{'} D^{'}}$	the line segment C prime D prime
13	$\bar{C^{″} D^{″}}$	the line segment C double prime D double prime
14	$\bar{C^{‴} D^{‴}}$	the line segment C triple prime D triple prime
15	$\overset{def}{=}$	is defined to be
16	$(f \circ g) (x) \overset{def}{=} f (g (x))$	open paren f composed with g close paren of x is defined to be f of g of x
17	$\overset{?}{=}$	equals sign with question mark over it
18	$x + 2 \overset{?}{=} 4$	x plus 2 equals sign with question mark over it 4

English Clearspeak Part3Adornments rule tests. Locale: en, Style: Bar_Conjugate.

0	$\bar{z}$	the complex conjugate of z
1	$z \bar{z}$	z the complex conjugate of z
2	$\bar{3 - 2 i} = 3 + 2 i$	the complex conjugate of 3 minus 2 i equals 3 plus 2 i
3	$0 . \bar{3}$	the repeating decimal 0 point followed by repeating digit 3
4	$0 . \bar{12}$	the repeating decimal 0 point followed by repeating digits 1 2
5	$2 . \bar{134}$	the repeating decimal 2 point followed by repeating digits 1 3 4
6	$.13 \bar{467}$	the repeating decimal point 1 3 followed by repeating digits 4 6 7
7	$25.12 \bar{632}$	the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2

English Clearspeak Roots rule tests. Locale: en, Style: Roots_Auto.

0	$\sqrt{2}$	the square root of 2
1	$3 + \sqrt{2}$	3 plus the square root of 2
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2
4	$- \sqrt{2}$	the negative square root of 2
5	$3 - \sqrt{2}$	3 minus the square root of 2
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2
8	$3 + (- \sqrt{2})$	3 plus open paren the negative square root of 2 close paren
9	$3 - (- \sqrt{2})$	3 minus open paren the negative square root of 2 close paren
10	$\sqrt{x + 1}$	the square root of x plus 1
11	$\sqrt{x} + 1$	the square root of x plus 1
12	$- \sqrt{x}$	the negative square root of x
13	${(\sqrt{x})}^{2}$	open paren the square root of x close paren squared
14	$- {(\sqrt{x})}^{2}$	negative open paren the square root of x close paren squared
15	${\sqrt{x}}^{2}$	the square root of x squared
16	$\sqrt{x^{2}}$	the square root of x squared
17	$\sqrt{x^{2} + y^{2}}$	the square root of x squared plus y squared
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the square root of x sub 1 squared plus x sub 2 squared
19	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the square root of open paren x sub 2 minus x sub 1 close paren squared plus open paren y sub 2 minus y sub 1 close paren squared
20	$\sqrt{\frac{1}{2}}$	the square root of one half
21	$\sqrt{\frac{23}{66}}$	the square root of 23 over 66
22	$\sqrt{\frac{x + 1}{2 x + 5}}$	the square root of the fraction with numerator x plus 1 and denominator 2 x plus 5
23	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c and denominator 2 a
24	$\sqrt[3]{y}$	the cube root of y
25	$\sqrt[4]{n}$	the fourth root of n
26	$\sqrt[5]{35}$	the fifth root of 35
27	$\sqrt[9]{146}$	the ninth root of 146
28	$\sqrt[n]{d}$	the n-th root of d
29	$\sqrt[m]{243}$	the m-th root of 243
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power
31	$\sqrt[j]{125}$	the j-th root of 125
32	$- \sqrt[3]{y}$	negative the cube root of y
33	$- \sqrt[4]{n}$	negative the fourth root of n

English Clearspeak Roots rule tests. Locale: en, Style: Roots_PosNegSqRoot.

0	$\sqrt{2}$	the positive square root of 2
1	$3 + \sqrt{2}$	3 plus the positive square root of 2
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2
4	$- \sqrt{2}$	the negative square root of 2
5	$3 - \sqrt{2}$	3 minus the positive square root of 2
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2
8	$3 + (- \sqrt{2})$	3 plus open paren the negative square root of 2 close paren
9	$3 - (- \sqrt{2})$	3 minus open paren the negative square root of 2 close paren
10	$\sqrt{x + 1}$	the positive square root of x plus 1
11	$\sqrt{x} + 1$	the positive square root of x plus 1
12	$- \sqrt{x}$	the negative square root of x
13	${(\sqrt{x})}^{2}$	open paren the positive square root of x close paren squared
14	${(- \sqrt{x})}^{2}$	open paren the negative square root of x close paren squared
15	$- {(\sqrt{x})}^{2}$	negative open paren the positive square root of x close paren squared
16	${\sqrt{x}}^{2}$	the positive square root of x squared
17	$\sqrt{x^{2}}$	the positive square root of x squared
18	$\sqrt{x^{2} + y^{2}}$	the positive square root of x squared plus y squared
19	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the positive square root of x sub 1 squared plus x sub 2 squared
20	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the positive square root of open paren x sub 2 minus x sub 1 close paren squared plus open paren y sub 2 minus y sub 1 close paren squared
21	$\sqrt{\frac{1}{2}}$	the positive square root of one half
22	$\sqrt{\frac{23}{66}}$	the positive square root of 23 over 66
23	$\sqrt{\frac{x + 1}{2 x + 5}}$	the positive square root of the fraction with numerator x plus 1 and denominator 2 x plus 5
24	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c and denominator 2 a
25	$\sqrt[3]{y}$	the cube root of y
26	$\sqrt[4]{n}$	the fourth root of n
27	$\sqrt[5]{35}$	the fifth root of 35
28	$\sqrt[9]{146}$	the ninth root of 146
29	$\sqrt[n]{d}$	the n-th root of d
30	$\sqrt[m]{243}$	the m-th root of 243
31	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power
32	$\sqrt[j]{125}$	the j-th root of 125
33	$- \sqrt[3]{y}$	negative the cube root of y
34	$- \sqrt[4]{n}$	negative the fourth root of n

English Clearspeak Roots rule tests. Locale: en, Style: Roots_RootEnd.

0	$\sqrt{2}$	the square root of 2 end root
1	$3 + \sqrt{2}$	3 plus the square root of 2 end root
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2 end root
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2 end root
4	$- \sqrt{2}$	the negative square root of 2 end root
5	$3 - \sqrt{2}$	3 minus the square root of 2 end root
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2 end root
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2 end root
8	$3 + (- \sqrt{2})$	3 plus open paren the negative square root of 2 end root close paren
9	$3 - (- \sqrt{2})$	3 minus open paren the negative square root of 2 end root close paren
10	$\sqrt{x + 1}$	the square root of x plus 1 end root
11	$\sqrt{x} + 1$	the square root of x end root plus 1
12	$- \sqrt{x}$	the negative square root of x end root
13	${(\sqrt{x})}^{2}$	open paren the square root of x end root close paren squared
14	$- {(\sqrt{x})}^{2}$	negative open paren the square root of x end root close paren squared
15	${\sqrt{x}}^{2}$	the square root of x end root squared
16	$\sqrt{x^{2}}$	the square root of x squared end root
17	$\sqrt{x^{2} + y^{2}}$	the square root of x squared plus y squared end root
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the square root of x sub 1 squared plus x sub 2 squared end root
19	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the square root of open paren x sub 2 minus x sub 1 close paren squared plus open paren y sub 2 minus y sub 1 close paren squared end root
20	$\sqrt{\frac{1}{2}}$	the square root of one half end root
21	$\sqrt{\frac{23}{66}}$	the square root of 23 over 66 end root
22	$\sqrt{\frac{x + 1}{2 x + 5}}$	the square root of the fraction with numerator x plus 1 and denominator 2 x plus 5 end root
23	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c end root and denominator 2 a
24	$\sqrt[3]{y}$	the cube root of y end root
25	$\sqrt[4]{n}$	the fourth root of n end root
26	$\sqrt[5]{35}$	the fifth root of 35 end root
27	$\sqrt[9]{146}$	the ninth root of 146 end root
28	$\sqrt[n]{d}$	the n-th root of d end root
29	$\sqrt[m]{243}$	the m-th root of 243 end root
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power end root
31	$\sqrt[j]{125}$	the j-th root of 125 end root
32	$- \sqrt[3]{y}$	negative the cube root of y end root
33	$- \sqrt[4]{n}$	negative the fourth root of n end root

English Clearspeak Roots rule tests. Locale: en, Style: Roots_PosNegSqRootEnd.

0	$\sqrt{2}$	the positive square root of 2 end root
1	$3 + \sqrt{2}$	3 plus the positive square root of 2 end root
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2 end root
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2 end root
4	$- \sqrt{2}$	the negative square root of 2 end root
5	$3 - \sqrt{2}$	3 minus the positive square root of 2 end root
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2 end root
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2 end root
8	$3 + (- \sqrt{2})$	3 plus open paren the negative square root of 2 end root close paren
9	$3 - (- \sqrt{2})$	3 minus open paren the negative square root of 2 end root close paren
10	$\sqrt{x + 1}$	the positive square root of x plus 1 end root
11	$\sqrt{x} + 1$	the positive square root of x end root plus 1
12	$- \sqrt{x}$	the negative square root of x end root
13	${(\sqrt{x})}^{2}$	open paren the positive square root of x end root close paren squared
14	${(- \sqrt{x})}^{2}$	open paren the negative square root of x end root close paren squared
15	${\sqrt{x}}^{2}$	the positive square root of x end root squared
16	$\sqrt{x^{2}}$	the positive square root of x squared end root
17	$\sqrt{x^{2} + y^{2}}$	the positive square root of x squared plus y squared end root
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the positive square root of x sub 1 squared plus x sub 2 squared end root
19	$\sqrt{{(x_{2} - x_{1})}^{2} + {(y_{2} - y_{1})}^{2}}$	the positive square root of open paren x sub 2 minus x sub 1 close paren squared plus open paren y sub 2 minus y sub 1 close paren squared end root
20	$\sqrt{\frac{1}{2}}$	the positive square root of one half end root
21	$\sqrt{\frac{23}{66}}$	the positive square root of 23 over 66 end root
22	$\sqrt{\frac{x + 1}{2 x + 5}}$	the positive square root of the fraction with numerator x plus 1 and denominator 2 x plus 5 end root
23	$\frac{- b \pm \sqrt{b^{2} - 4 a c}}{2 a}$	the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c end root and denominator 2 a
24	$\sqrt[3]{y}$	the cube root of y end root
25	$\sqrt[4]{n}$	the fourth root of n end root
26	$\sqrt[5]{35}$	the fifth root of 35 end root
27	$\sqrt[9]{146}$	the ninth root of 146 end root
28	$\sqrt[n]{d}$	the n-th root of d end root
29	$\sqrt[m]{243}$	the m-th root of 243 end root
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power end root
31	$\sqrt[j]{125}$	the j-th root of 125 end root
32	$- \sqrt[3]{y}$	negative the cube root of y end root
33	$- \sqrt[4]{n}$	negative the fourth root of n end root

English Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: en, Style: Sets_Auto.

0	${x \in ℤ \| 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
1	${x \| \| x \| > 2}$	the set of all x such that the absolute value of x is greater than 2
2	${x \in ℤ : 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
3	${x \in ℕ : x is an even number}$	the set of all x in the natural numbers such that x is an even number
4	${1, 2, 3}$	the set 1 comma 2 comma 3
5	${1, 112, 1, 253}$	the set 1 comma 112 comma 1 comma 253

English Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: en, Style: Sets_woAll.

0	${x \in ℤ \| 2 < x < 7}$	the set of x in the integers such that 2 is less than x is less than 7
1	${x \| \| x \| > 2}$	the set of x such that the absolute value of x is greater than 2
2	${x \in ℤ : 2 < x < 7}$	the set of x in the integers such that 2 is less than x is less than 7
3	${1, 2, 3}$	the set 1 comma 2 comma 3
4	${1, 112, 1, 253}$	the set 1 comma 112 comma 1 comma 253

English Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: en, Style: Sets_SilentBracket.

0	${x \in ℤ \| 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
1	${x \| \| x \| > 2}$	the set of all x such that the absolute value of x is greater than 2
2	${x \in ℤ : 2 < x < 7}$	the set of all x in the integers such that 2 is less than x is less than 7
3	${x \in ℕ : x is an even number}$	the set of all x in the natural numbers such that x is an even number
4	${1, 2, 3}$	1 comma 2 comma 3
5	${1, 112, 1, 253}$	1 comma 112 comma 1 comma 253

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_Auto.

0	$\sin x$	sine x
1	$\cos x$	cosine x
2	$\tan θ$	tangent theta
3	$\sec θ$	secant theta
4	$\csc x$	cosecant x
5	$\cot x$	cotangent x
6	$\sin^{2} x$	sine squared x
7	$\cos^{3} x$	cosine cubed x
8	$\tan^{2} x$	tangent squared x
9	$\sec^{3} x$	secant cubed x
10	$\csc^{2} x$	cosecant squared x
11	$\cot^{2} x$	cotangent squared x
12	$\sin 2 π$	sine 2 pi
13	$\sin (π k + \frac{π}{2})$	the sine of open paren pi k plus pi over 2 close paren
14	$\cos \frac{π}{2}$	the cosine of pi over 2
15	$\sin \frac{π}{2}$	the sine of pi over 2
16	$\frac{\sin π}{2}$	sine pi over 2
17	$\frac{2}{\sin π}$	2 over sine pi
18	$\frac{\sin \frac{π}{2}}{3}$	the fraction with numerator the sine of pi over 2 and denominator 3
19	$\tan (- π)$	tangent negative pi
20	$\sin (x + π)$	the sine of open paren x plus pi close paren
21	$\cos (x + \frac{π}{2})$	the cosine of open paren x plus pi over 2 close paren
22	$\cos (\frac{π}{2} + x)$	the cosine of open paren pi over 2 plus x close paren
23	$\sin^{2} x + \cos^{2} x = 1$	sine squared x plus cosine squared x equals 1
24	$\sin^{4} x$	the fourth power of sine x
25	$\cos^{5} x$	the fifth power of cosine x
26	$\tan^{n} x$	the n-th power of tangent x
27	$\frac{\sin x}{\cos x}$	sine x over cosine x
28	$\tan 35 °$	tangent 35 degrees
29	$\tan (∠ D E F)$	the tangent of open paren angle D E F close paren
30	$\tan (∠ D)$	the tangent of open paren angle D close paren
31	$\sin (x + y) = \sin x \cos y + \cos x \sin y$	the sine of open paren x plus y close paren equals sine x cosine y plus cosine x sine y
32	$\cos (x + y) = \cos x \cos y - \sin x \sin y$	the cosine of open paren x plus y close paren equals cosine x cosine y minus sine x sine y
33	$\tan (x + y) = \frac{\tan x - \tan y}{1 - \tan x \tan y}$	the tangent of open paren x plus y close paren equals the fraction with numerator tangent x minus tangent y and denominator 1 minus tangent x tangent y
34	$\tan (\frac{π}{6} + \frac{2 π}{3}) = \frac{\tan \frac{π}{6} - \tan \frac{2 π}{3}}{1 - \tan \frac{π}{6} \tan \frac{2 π}{3}}$	the tangent of open paren pi over 6 plus 2 pi over 3 close paren equals the fraction with numerator the tangent of pi over 6 minus the tangent of 2 pi over 3 and denominator 1 minus the tangent of pi over 6 the tangent of 2 pi over 3
35	$\tan 2 x = \frac{2 \tan x}{1 - \tan^{2} x}$	tangent 2 x equals the fraction with numerator 2 tangent x and denominator 1 minus tangent squared x
36	$\cos 2 x = 2 \cos^{2} x - 1$	cosine 2 x equals 2 cosine squared x minus 1
37	$\sin \frac{x}{2} = \pm \sqrt{\frac{1 - \cos x}{2}}$	the sine of x over 2 equals plus or minus the square root of the fraction with numerator 1 minus cosine x and denominator 2
38	$\tan \frac{x}{2} = \pm \sqrt{\frac{1 - \cos x}{1 + \cos x}}$	the tangent of x over 2 equals plus or minus the square root of the fraction with numerator 1 minus cosine x and denominator 1 plus cosine x
39	$\cos x \cos y = 2 \cos \frac{x + y}{2} \cos \frac{x - y}{2}$	cosine x cosine y equals 2 the cosine of the fraction with numerator x plus y and denominator 2 the cosine of the fraction with numerator x minus y and denominator 2
40	$\sin^{- 1} x$	the inverse sine of x
41	$\cos^{- 1} x$	the inverse cosine of x
42	$\tan^{- 1} x$	the inverse tangent of x
43	$\cot^{- 1} x$	the inverse cotangent of x
44	$\sec^{- 1} x$	the inverse secant of x
45	$\csc^{- 1} x$	the inverse cosecant of x
46	$\sin^{- 1} \frac{\sqrt{2}}{2}$	the inverse sine of the fraction with numerator the square root of 2 and denominator 2
47	$\cos^{- 1} \frac{1}{2}$	the inverse cosine of one half
48	$\tan^{- 1} 17$	the inverse tangent of 17
49	$\cot^{- 1} 32$	the inverse cotangent of 32
50	$\sec^{- 1} 100$	the inverse secant of 100
51	$\csc^{- 1} 85$	the inverse cosecant of 85
52	$\sin^{- 1} (- x)$	the inverse sine of negative x
53	$\cos^{- 1} (- x)$	the inverse cosine of negative x
54	$\tan^{- 1} (- x + 12)$	the inverse tangent of open paren negative x plus 12 close paren
55	$\cot^{- 1} (- x - 1)$	the inverse cotangent of open paren negative x minus 1 close paren
56	$\sin^{- 1} (\sin 0)$	the inverse sine of sine 0
57	$\csc^{- 1} (\csc x)$	the inverse cosecant of cosecant x
58	$\cos (\cos^{- 1} (- \frac{\sqrt{2}}{2}))$	the cosine of open paren the inverse cosine of open paren negative the fraction with numerator the square root of 2 and denominator 2 close paren close paren
59	$\cos (- \cos^{- 1} (\frac{\sqrt{2}}{2}))$	the cosine of open paren negative the inverse cosine of open paren the fraction with numerator the square root of 2 and denominator 2 close paren close paren
60	$\sin^{- 1} (\cos \frac{π}{4})$	the inverse sine of open paren the cosine of pi over 4 close paren
61	$\sin (\cos^{- 1} \frac{1}{2})$	sine the inverse cosine of one half
62	$\sin (\tan^{- 1} 1)$	sine the inverse tangent of 1
63	$\sin (- \tan^{- 1} 1)$	the sine of open paren negative the inverse tangent of 1 close paren
64	$\sin (- \tan^{- 1} (- 1))$	the sine of open paren negative the inverse tangent of negative 1 close paren
65	$\sec^{- 1} (\sec x)$	the inverse secant of secant x
66	$\arcsin x$	arc sine x
67	$\arccos x$	arc cosine x
68	$\arctan x$	arc tangent x
69	$\sinh x$	hyperbolic sine of x
70	$\cosh x$	hyperbolic cosine of x
71	$\tanh x$	hyperbolic tangent of x
72	$\coth x$	hyperbolic cotangent of x
73	$sech x$	hyperbolic secant of x
74	$csch x$	hyperbolic cosecant of x
75	$\sinh^{- 1} x$	the inverse hyperbolic sine of x
76	$\cosh^{- 1} x$	the inverse hyperbolic cosine of x
77	$\tanh^{- 1} x$	the inverse hyperbolic tangent of x
78	$\coth^{- 1} x$	the inverse hyperbolic cotangent of x
79	${sech}^{- 1} x$	the inverse hyperbolic secant of x
80	${csch}^{- 1} x$	the inverse hyperbolic cosecant of x
81	$\sinh (\sinh^{- 1} x)$	hyperbolic sine of the inverse hyperbolic sine of x
82	$\cosh (\cosh^{- 1} x)$	hyperbolic cosine of the inverse hyperbolic cosine of x
83	$\tanh (\tanh^{- 1} x)$	hyperbolic tangent of the inverse hyperbolic tangent of x
84	$\coth (\coth^{- 1} x)$	hyperbolic cotangent of the inverse hyperbolic cotangent of x
85	$\sinh^{- 1} (\sinh x)$	the inverse hyperbolic sine of hyperbolic sine of x
86	$\cosh^{- 1} (\cosh x)$	the inverse hyperbolic cosine of hyperbolic cosine of x
87	$\tanh^{- 1} (\tanh x)$	the inverse hyperbolic tangent of hyperbolic tangent of x
88	$\coth^{- 1} (\coth x)$	the inverse hyperbolic cotangent of hyperbolic cotangent of x

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_Auto:Roots_RootEnd.

0	$\sin (- \frac{π}{8}) = - \frac{1}{2} \sqrt{2 - \sqrt{2}}$	the sine of open paren negative pi over 8 close paren equals negative one half the square root of 2 minus the square root of 2 end root end root
1	$\tan \frac{3 π}{8} = \frac{\sqrt{\sqrt{2} + 1}}{\sqrt{\sqrt{2} - 1}}$	the tangent of 3 pi over 8 equals the fraction with numerator the square root of the square root of 2 end root plus 1 end root and denominator the square root of the square root of 2 end root minus 1 end root
2	$\tan \frac{π}{12} = \frac{1}{2} \sqrt{2 - \sqrt{3}}$	the tangent of pi over 12 equals one half the square root of 2 minus the square root of 3 end root end root

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_TrigInverse.

0	$\sin^{- 1} x$	sine inverse of x
1	$\cos^{- 1} x$	cosine inverse of x
2	$\tan^{- 1} x$	tangent inverse of x
3	$\cot^{- 1} x$	cotangent inverse of x
4	$\sec^{- 1} x$	secant inverse of x
5	$\csc^{- 1} x$	cosecant inverse of x
6	$\sin^{- 1} \frac{\sqrt{2}}{2}$	sine inverse of the fraction with numerator the square root of 2 and denominator 2
7	$\cos^{- 1} \frac{1}{2}$	cosine inverse of one half
8	$\tan^{- 1} 17$	tangent inverse of 17
9	$\cot^{- 1} 32$	cotangent inverse of 32
10	$\sec^{- 1} 100$	secant inverse of 100
11	$\csc^{- 1} 85$	cosecant inverse of 85
12	$\sin^{- 1} (- x)$	sine inverse of negative x
13	$\cos^{- 1} (- x)$	cosine inverse of negative x
14	$\tan^{- 1} (- x + 12)$	tangent inverse of open paren negative x plus 12 close paren
15	$\cot^{- 1} (- x - 1)$	cotangent inverse of open paren negative x minus 1 close paren
16	$\sin^{- 1} (\sin 0)$	sine inverse of sine 0
17	$\csc^{- 1} (\csc x)$	cosecant inverse of cosecant x
18	$\cos (\cos^{- 1} (- \frac{\sqrt{2}}{2}))$	the cosine of open paren cosine inverse of open paren negative the fraction with numerator the square root of 2 and denominator 2 close paren close paren
19	$\cos (- \cos^{- 1} (\frac{\sqrt{2}}{2}))$	the cosine of open paren negative cosine inverse of open paren the fraction with numerator the square root of 2 and denominator 2 close paren close paren
20	$\sin^{- 1} (\cos \frac{π}{4})$	sine inverse of open paren the cosine of pi over 4 close paren
21	$\sin (\cos^{- 1} \frac{1}{2})$	sine cosine inverse of one half
22	$\sin (\tan^{- 1} 1)$	sine tangent inverse of 1
23	$\sin (- \tan^{- 1} 1)$	the sine of open paren negative tangent inverse of 1 close paren
24	$\sin (- \tan^{- 1} (- 1))$	the sine of open paren negative tangent inverse of negative 1 close paren
25	$\sec^{- 1} (\sec x)$	secant inverse of secant x

English Clearspeak Trigometry rule tests. Locale: en, Style: Trig_ArcTrig.

0	$\sin^{- 1} x$	arc sine x
1	$\cos^{- 1} x$	arc cosine x
2	$\tan^{- 1} x$	arc tangent x
3	$\cot^{- 1} x$	arc cotangent x
4	$\sec^{- 1} x$	arc secant x
5	$\csc^{- 1} x$	arc cosecant x
6	$\sin^{- 1} \frac{\sqrt{2}}{2}$	arc sine of the fraction with numerator the square root of 2 and denominator 2
7	$\cos^{- 1} \frac{1}{2}$	arc cosine one half
8	$\tan^{- 1} 17$	arc tangent 17
9	$\cot^{- 1} 32$	arc cotangent 32
10	$\sec^{- 1} 100$	arc secant 100
11	$\csc^{- 1} 85$	arc cosecant 85
12	$\sin^{- 1} (- x)$	arc sine negative x
13	$\cos^{- 1} (- x)$	arc cosine negative x
14	$\tan^{- 1} (- x + 12)$	arc tangent of open paren negative x plus 12 close paren
15	$\cot^{- 1} (- x - 1)$	arc cotangent of open paren negative x minus 1 close paren
16	$\sin^{- 1} (\sin 0)$	arc sine sine 0
17	$\csc^{- 1} (\csc x)$	arc cosecant cosecant x
18	$\cos (\cos^{- 1} (- \frac{\sqrt{2}}{2}))$	the cosine of open paren arc cosine of open paren negative the fraction with numerator the square root of 2 and denominator 2 close paren close paren
19	$\cos (- \cos^{- 1} (\frac{\sqrt{2}}{2}))$	the cosine of open paren negative arc cosine of open paren the fraction with numerator the square root of 2 and denominator 2 close paren close paren
20	$\sin^{- 1} (\cos \frac{π}{4})$	arc sine of open paren the cosine of pi over 4 close paren
21	$\sin (\cos^{- 1} \frac{1}{2})$	sine arc cosine one half
22	$\sin (\tan^{- 1} 1)$	sine arc tangent 1
23	$\sin (- \tan^{- 1} 1)$	the sine of open paren negative arc tangent 1 close paren
24	$\sin (- \tan^{- 1} (- 1))$	the sine of open paren negative arc tangent negative 1 close paren
25	$\sec^{- 1} (\sec x)$	arc secant secant x

English Clearspeak Units tests. Locale: en, Style: Verbose.

0	${in}^{2}$	square inches
1	$s^{2}$	seconds to the second power
2	$m^{2}$	square meters
3	${in}^{3}$	cubic inches
4	$s^{3}$	seconds to the third power
5	$m^{3}$	cubic meters
6	${in}^{- 1}$	reciprocal inches
7	${in}^{- 1} {mm}^{- 1}$	reciprocal inches per millimeter
8	$\frac{in}{mm}$	inches per millimeter
9	$km$	kilometers
10	$A$	amperes
11	$Ω$	ohms
12	$kΩ$	kilohms
13	$°C$	Celsius
14	$\min \min$	min of minutes
15	$3 km$	3 kilometers
16	$km + s$	kilometers plus seconds
17	${km}^{2}$	square kilometers
18	$m^{3}$	cubic meters
19	${km}^{4}$	kilometers to the fourth power
20	$m^{- 1}$	reciprocal meters
21	$s m^{- 1}$	seconds per meter
22	${\frac{s}{m}}^{- 1}$	seconds per meter to the negative 1 power
23	${\frac{s}{m}}^{- 1}$	seconds per meter to the negative 1 power
24	$3 m^{- 1}$	3 reciprocal meters
25	$\frac{km}{h}$	kilometers per hour
26	$N \frac{km}{h}$	Newtons kilometers per hour
27	$\frac{m}{km}$	m over kilometers
28	$3 km h$	3 kilometers hours
29	$s 3 m km h$	seconds 3 m kilometers hours
30	$km s^{2} 3 m km h$	kilometers seconds to the second power 3 m kilometers hours
31	$3 m km h \frac{N}{s^{2}}$	3 m kilometers hours the fraction with numerator N and denominator seconds to the second power
32	$3 m km h \frac{N}{s^{2}}$	3 m kilometers hours Newtons per second to the second power
33	$4 mm$	4 millimeters
34	$1 mm$	1 millimeter
35	$4 mm$	4 millimeters
36	$1 mm$	1 millimeter
37	$m s$	meters seconds
38	$m s$	m seconds
39	$m s$	meters s
40	$m s$	meters seconds
41	$m s$	m seconds
42	$m s$	meters s
43	$m s l$	meters seconds liters
44	$63360 in = 63360 in. = 63360^{″} = 63360 inches = 5280 ft = 5280 ft. = 5280^{'} = 5280 feet = 1760 yd = 1760 yd. = 1760 yards = 1 mi = 1 mi. = 1 mile$	63360 inches equals 63360 inches equals 63360 inches equals 63360 inches equals 5280 feet equals 5280 feet equals 5280 feet equals 5280 feet equals 1760 yards equals 1760 yards equals 1760 yards equals 1 mile equals 1 mile equals 1 mile
45	$8000 li = 8000 li. = 8000 links = 320 rd = 320 rd. = 320 rods = 80 ch = 80 ch. = 80 chains = 8 fur = 8 fur. = 8 furlongs = 1 mi = 1 mi. = 1 mile$	8000 links equals 8000 links equals 8000 links equals 320 rods equals 320 rods equals 320 rods equals 80 chains equals 80 chains equals 80 chains equals 8 furlongs equals 8 furlongs equals 8 furlongs equals 1 mile equals 1 mile equals 1 mile
46	$43560 sq ft = 43560 sq. ft. = 43560 {ft}^{2} = {43560^{'}}^{2} = 43560 square feet = 4840 sq yd = 4840 sq. yd. = 4840 {yd}^{2} = 4840 square yards = 160 sq rd = 160 sq. rd. = 160 {rd}^{2} = 160 square rods = 1 ac = 1 ac. = 1 acre = \frac{1}{640} sq mi = \frac{1}{640} sq. mi. = \frac{1}{640} {mi}^{2} = \frac{1}{640} square miles$	43560 square feet equals 43560 square feet equals 43560 square feet equals 43560 feet squared equals 43560 square feet equals 4840 square yards equals 4840 square yards equals 4840 square yards equals 4840 square yards equals 160 square rods equals 160 square rods equals 160 square rods equals 160 square rods equals 1 acre equals 1 acre equals 1 acre equals 1 over 640 square miles equals 1 over 640 square miles equals 1 over 640 square miles equals 1 over 640 square miles
47	$46656 cu in = 46656 cu. in. = 46656 {in}^{3} = {46656^{″}}^{3} = 46656 cubic inches = 27 cu ft = 27 cu. ft. = 27 {ft}^{3} = {27^{'}}^{3} = 27 cubic feet = 1 cu yd = 1 cu. yd. = 1 {yd}^{3} = 1 cubic yard$	46656 cubic inches equals 46656 cubic inches equals 46656 cubic inches equals 46656 inches cubed equals 46656 cubic inches equals 27 cubic feet equals 27 cubic feet equals 27 cubic feet equals 27 feet cubed equals 27 cubic feet equals 1 cubic yard equals 1 cubic yard equals 1 cubic yard equals 1 cubic yard
48	$1024 fl dr = 1024 fl. dr. = 1024 fluid drams = 768 tsp = 768 tsp. = 768 teaspoons = 256 Tbsp = 256 Tbsp. = 256 tablespoons = 128 fl oz = 128 fl. oz. = 128 fluid ounces = 16 cp = 16 cp. = 16 cups = 8 pt = 8 pt. = 8 pints = 4 qt = 4 qt. = 4 quarts = 1 gal = 1 gal. = 1 gallon$	1024 fluid drams equals 1024 fluid drams equals 1024 fluid drams equals 768 teaspoons equals 768 teaspoons equals 768 teaspoons equals 256 tablespoons equals 256 tablespoons equals 256 tablespoons equals 128 fluid ounces equals 128 fluid ounces equals 128 fluid ounces equals 16 cups equals 16 cups equals 16 cups equals 8 pints equals 8 pints equals 8 pints equals 4 quarts equals 4 quarts equals 4 quarts equals 1 gallon equals 1 gallon equals 1 gallon
49	$256 dr = 256 dr. = 256 drams = 16 oz = 16 oz. = 16 ounces = 1 # = 1 lb = 1 lb. = 1 pounds = 100 cwt = 100 cwt. = 100 hundredweights = 2000 tons$	256 drams equals 256 drams equals 256 drams equals 16 ounces equals 16 ounces equals 16 ounces equals 1 # equals 1 pound equals 1 pound equals 1 pounds equals 100 hundredweights equals 100 hundredweights equals 100 hundredweights equals 2000 tons
50	$63360 in = 63360 in. = 63360^{″} = 63360 inches = 5280 ft = 5280 ft. = 5280^{'} = 5280 feet = 1760 yd = 1760 yd. = 1760 yards = 1 mi = 1 mi. = 1 mile$	63360 inches equals 63360 inches equals 63360 inches equals 63360 inches equals 5280 feet equals 5280 feet equals 5280 feet equals 5280 feet equals 1760 yards equals 1760 yards equals 1760 yards equals 1 mile equals 1 mile equals 1 mile
51	$1 J = 1 kg \cdot m^{2} \cdot s^{- 2}$	1 joule equals 1 kilogram times square meters times seconds to the negative 2 power
52	$1 J = 1 kg m^{2} s^{- 2}$	1 joule equals 1 kilogram square meters seconds to the negative 2 power
53	$1 J = 1 \cdot kg \cdot m^{2} \cdot s^{- 2}$	1 joule equals 1 kilogram square meters seconds to the negative 2 power
54	${in}^{3}$	cubic inches
55	$\frac{km kg s^{2}}{J}$	kilometers kilograms seconds to the second power per joule
56	$\frac{3 km 1 kg s^{2}}{J}$	3 kilometers 1 kilogram seconds to the second power over joules
57	$\frac{1 km kg s^{2}}{J}$	1 kilometer kilograms seconds to the second power over joules
58	$\frac{1 km kg s^{2}}{5 J}$	1 kilometer kilograms seconds to the second power over 5 joules
59	$km$	kilometers
60	$3 km kg s^{2} J$	3 kilometers kilograms seconds to the second power joules
61	$3 km kg s^{2} J$	3 kilometers kilograms seconds to the second power joules
62	$3 km 4 kg s^{2} J$	3 kilometers 4 kilograms seconds to the second power joules
63	$3 km 1 kg s^{2} J$	3 kilometers 1 kilogram seconds to the second power joules
64	$1 km s + 2 km s + 0 km s + a km s +$	1 kilometer seconds plus 2 kilometers seconds plus 0 kilometers seconds plus a kilometers seconds plus
65	$1 km + 2 km + 0 km + a km$	1 kilometer plus 2 kilometers plus 0 kilometers plus a kilometers
66	$1 \frac{2}{3} kg$	1 and two thirds kilograms
67	$1 \frac{2}{3} kg km$	1 and two thirds kilograms kilometers
68	$1 km 2 kg km$	1 kilometer 2 kilograms kilometers
69	$1 km kg s + 2 km kg s + 0 km kg s + a km kg s +$	1 kilometer kilograms seconds plus 2 kilometers kilograms seconds plus 0 kilometers kilograms seconds plus a kilometers kilograms seconds plus
70	$1 $$	1 dollar
71	$$ 1$	1 dollars
72	$$$	dollars
73	$$$	dollars
74	$2 $$	2 dollars
75	$$ 2$	2 dollars
76	$1 $ + 2 $ + 0 $ + a $$	1 dollar plus 2 dollars plus 0 dollars plus a dollars
77	$1 $ + $ 2 + 0 $ + $ a$	1 dollar plus 2 dollars plus 0 dollars plus a dollars
78	$1 € + 2 € + 0 € + a €$	1 euro plus 2 euros plus 0 euros plus a euros
79	$1 ￡ + 2 ￡ + 0 ￡ + a ￡$	1 pound plus 2 pounds plus 0 pounds plus a pounds

English Clearspeak Units tests. Locale: en, Style: Currency_Position.

0	$1 $$	1 dollars
1	$$ 1$	dollars 1
2	$$$	dollars
3	$$$	dollars
4	$2 $$	2 dollars
5	$$ 2$	dollars 2
6	$1 $ + 2 $ + 0 $ + a $$	1 dollars plus 2 dollars plus 0 dollars plus a dollars
7	$1 $ + $ 2 + 0 $ + $ a$	1 dollars plus dollars 2 plus 0 dollars plus dollars a

English Clearspeak Units tests. Locale: en, Style: Currency_Prefix.

0	$1 $$	dollars 1
1	$$ 1$	dollars 1
2	$$$	dollars
3	$$$	dollars
4	$2 $$	dollars 2
5	$$ 2$	dollars 2
6	$1 $ + 2 $ + 0 $ + a $$	dollars 1 plus dollars 2 plus dollars 0 plus dollars a
7	$1 $ + $ 2 + 0 $ + $ a$	dollars 1 plus dollars 2 plus dollars 0 plus dollars a

English Clearspeak Neutral Fences rule tests. Locale: en, Style: Verbose.

0	$\| a \|$	the absolute value of a
1	$｜ a ｜$	the absolute value of a
2	$¦ a ¦$	the absolute value of a
3	$∥ a ∥$	the metric of a
4	$⦀ a ⦀$	the metric of a
5	$⫴ a ⫴$	the metric of a
6	$‖ a ‖$	the metric of a
7	$｜ a ‖$	divides a double vertical bar
8	$∥ a ‖$	parallel to a double vertical bar
9	$｜ a ¦$	divides a divides
10	$⦀ a ‖$	triple vertical bar a double vertical bar
11	$a ｜ b$	a divides b
12	$a \| b$	a divides b
13	$a ¦ b$	a divides b
14	$a ‖ b$	a double vertical bar b
15	$a ∥ b$	a parallel to b
16	$a ⦀ b$	a triple vertical bar b
17	$f ｜ g$	f divides g
18	$f \| g$	f divides g
19	$f ¦ g$	f divides g
20	$f ‖ g$	f double vertical bar g
21	$f ∥ g$	f parallel to g
22	$f ⦀ g$	f triple vertical bar g
23	$\sin ⦀ g$	sine triple vertical bar g
24	$f \| a \|$	f of the absolute value of a
25	$g \| a \|$	g of the absolute value of a
26	$h \| a \|$	h of the absolute value of a
27	$r \| a \|$	r times the absolute value of a
28	$\sin \| a \|$	sine the absolute value of a
29	$\sum \| a \|$	the sum of the absolute value of a
30	$f ‖ a ‖$	f of the metric of a
31	$g ‖ a ‖$	g of the metric of a
32	$h ‖ a ‖$	h of the metric of a
33	$r ‖ a ‖$	r times the metric of a
34	$\sin ‖ a ‖$	sine the metric of a
35	$\sum ‖ a ‖$	the sum of the metric of a

English Clearspeak Neutral Fences rule tests. Locale: en, Style: AbsoluteValue_AbsEnd.

0	$\| a \|$	the absolute value of a end absolute value
1	$｜ a ｜$	the absolute value of a end absolute value
2	$¦ a ¦$	the absolute value of a end absolute value
3	$∥ a ∥$	the metric of a end metric
4	$⦀ a ⦀$	the metric of a end metric
5	$⫴ a ⫴$	the metric of a end metric
6	$‖ a ‖$	the metric of a end metric
7	$｜ a ‖$	divides a double vertical bar
8	$∥ a ‖$	parallel to a double vertical bar
9	$｜ a ¦$	divides a divides
10	$⦀ a ‖$	triple vertical bar a double vertical bar
11	$a ｜ b$	a divides b
12	$a \| b$	a divides b
13	$a ¦ b$	a divides b
14	$a ‖ b$	a double vertical bar b
15	$a ∥ b$	a parallel to b
16	$a ⦀ b$	a triple vertical bar b
17	$f \| a \|$	f of the absolute value of a end absolute value
18	$g \| a \|$	g of the absolute value of a end absolute value
19	$h \| a \|$	h of the absolute value of a end absolute value
20	$r \| a \|$	r times the absolute value of a end absolute value
21	$\sin \| a \|$	sine the absolute value of a end absolute value
22	$\sum \| a \|$	the sum of the absolute value of a end absolute value
23	$f ‖ a ‖$	f of the metric of a end metric
24	$g ‖ a ‖$	g of the metric of a end metric
25	$h ‖ a ‖$	h of the metric of a end metric
26	$r ‖ a ‖$	r times the metric of a end metric
27	$\sin ‖ a ‖$	sine the metric of a end metric
28	$\sum ‖ a ‖$	the sum of the metric of a end metric
29	$f ｜ g$	f divides g
30	$f \| g$	f divides g
31	$f ¦ g$	f divides g
32	$f ‖ g$	f double vertical bar g
33	$f ∥ g$	f parallel to g
34	$f ⦀ g$	f triple vertical bar g
35	$\sin ⦀ g$	sine triple vertical bar g