Afrikaans Clearspeak AbsoluteValue rule tests.

Afrikaans Clearspeak AbsoluteValue rule tests. Locale: af, Style: AbsoluteValue_Auto.

0	$\| x \|$	the absolute value of x	die absolute waarde van x
1	$\| x + 1 \|$	the absolute value of x plus 1	die absolute waarde van x plus 1
2	$\| x \| + 1$	the absolute value of x, plus 1	die absolute waarde van 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	die absolute waarde van x, plus, die absolute waarde van y, groter of gelyk aan, die absolute waarde van 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde

Afrikaans Clearspeak AbsoluteValue rule tests. Locale: af, Style: AbsoluteValue_AbsEnd.

0	$\| x \|$	the absolute value of x, end absolute value	die absolute waarde van x, end absolute waarde van
1	$\| x + 1 \|$	the absolute value of x plus 1, end absolute value	die absolute waarde van x plus 1, end absolute waarde van
2	$\| x \| + 1$	the absolute value of x, end absolute value, plus 1	die absolute waarde van x, end absolute waarde van, 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	die absolute waarde van x, end absolute waarde van, plus, die absolute waarde van y, end absolute waarde van, groter of gelyk aan, die absolute waarde van z, end absolute waarde van
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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde

Afrikaans Clearspeak AbsoluteValue rule tests. Locale: af, Style: AbsoluteValue_Cardinality.

| S |

the cardinality of S

die kardinaliteit van S

Afrikaans Clearspeak AbsoluteValue rule tests. Locale: af, Style: AbsoluteValue_Determinant.

| M |

the determinant of M

die determinant van M

Afrikaans Clearspeak CapitalLetters rule tests. Locale: af, Style: Caps_Auto.

0	$\frac{\sin A}{a} = \frac{\sin B}{b}$	sine A over a, equals, sine B over b	sinus A oor a, is gelyk aan, sinus B oor 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	c kwadraat is gelyk aan a kwadraat plus b kwadraat minus 2 a b kosinus C
2	$\tan A = \frac{a}{b}$	tangent A equals, a over b	tangens A is gelyk aan, a oor b
3	$A B$	A B	A B
4	$a A$	a A	a A
5	$b A$	b A	b A
6	$B a$	B a	B a
7	$∠ A B C$	angle A B C	hoek A B C
8	$m ∠ A B C$	the measure of angle A B C	die hoekmaat hoek A B C
9	$m ∠ A$	the measure of angle A	die hoekmaat hoek A

Afrikaans Clearspeak CapitalLetters rule tests. Locale: af, Style: Caps_SayCaps.

0	$\frac{\sin A}{a} = \frac{\sin B}{b}$	sine cap A over a, equals, sine cap B over b	sinus hoofletter A oor a, is gelyk aan, sinus hoofletter B oor 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	c kwadraat is gelyk aan a kwadraat plus b kwadraat minus 2 a b kosinus hoofletter C
2	$\tan A = \frac{a}{b}$	tangent cap A equals, a over b	tangens hoofletter A is gelyk aan, a oor b
3	$A B$	cap A, cap B	hoofletter A, hoofletter B
4	$a A$	a, cap A	a, hoofletter A
5	$b A$	b, cap A	b, hoofletter A
6	$B a$	cap B, a	hoofletter B, a
7	$∠ A B C$	angle cap A, cap B, cap C	hoek hoofletter A, hoofletter B, hoofletter C
8	$m ∠ A B C$	the measure of angle cap A, cap B, cap C	die hoekmaat hoek hoofletter A, hoofletter B, hoofletter C
9	$m ∠ A$	the measure of angle cap A	die hoekmaat hoek hoofletter A
10	$∠ A$	angle cap A	hoek hoofletter A

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Verbose.

0	$f g (x)$	f of, g of x	f van, g van x
1	$f g x = f (x) + g (x)$	f of, g of x, equals f of x, plus g of x	f van, g van x, is gelyk aan f van x, plus g van x
2	$\sin (x) y$	sine x y	sinus x y
3	$\begin{matrix} a \end{matrix}$	2 lines, Line 1: a. Line 2: blank	2 lyne, Lyn 1: a. Lyn 2: leeg
4	$\begin{matrix} a \end{matrix}$	2 lines, Line 1: a. Line 2: blank	2 lyne, Lyn 1: a. Lyn 2: leeg
5	$\begin{matrix} a \end{matrix}$	2 lines, Line 1: a. Line 2: blank	2 lyne, Lyn 1: a. Lyn 2: leeg
6	$\begin{matrix} a & = & b \end{matrix}$	2 lines, Line 1: a; equals; b	2 lyne, Lyn 1: a; is gelyk aan; b
7	$\begin{matrix} a & = & b \end{matrix}$	2 lines, Line 1: a; equals; b. Line 2: blank	2 lyne, Lyn 1: a; is gelyk aan; b. Lyn 2: leeg
8	$\begin{matrix} a & = & b \end{matrix}$	2 lines, Line 1: a; equals; b. Line 2: blank	2 lyne, Lyn 1: a; is gelyk aan; b. Lyn 2: leeg
9	$\begin{matrix} a & = & b \\ 1 & 2 \end{matrix}$	2 lines, Line 1: a; equals; b. Line 2: 1; blank; 2	2 lyne, Lyn 1: a; is gelyk aan; b. Lyn 2: 1; leeg; 2
10	$45 ° 10^{'} 20^{″}$	45 degrees, 10 minutes, 20 seconds	45 grade, 10 minute, 20 sekondes
11	$1 ° 10^{'} 20^{″}$	1 degree, 10 minutes, 20 seconds	1 graad, 10 minute, 20 sekondes
12	$45 ° 1^{'} 20^{″}$	45 degrees, 1 minute, 20 seconds	45 grade, 1 minuut, 20 sekondes
13	$45 ° 10^{'} 1^{″}$	45 degrees, 10 minutes, 1 second	45 grade, 10 minute, 1 sekonde
14	$1^{'} 20^{″}$	1 foot, 20 inches	1 voet, 20 duim
15	$10^{'} 1^{″}$	10 feet, 1 inch	10 voet, 1 duim
16	$12$	enclosed with box 12	omring deur boks 12
17	$12$	crossed out 12	doodgetrek 12
18	$\underset{12}{2}$	12 crossed out with 2	12 oorskryf met 2
19	$\underset{2}{12}$	12 crossed out with 2	12 oorskryf met 2
20	$\overset{2}{12}$	12 crossed out with 2	12 oorskryf met 2
21	$\overset{12}{2}$	12 crossed out with 2	12 oorskryf met 2
22	$A$	vertical bar A	vertikale lyn A
23	$A$	A horizontal bar	A horisontale lyn
24	$A$	A vertical bar	A vertikale lyn
25	$A$	A over horizontal bar	A oor horisontale lyn
26	$\sqrt{\sqrt[3]{a} + b}$	the square root of, the cube root of a, plus b	die vierkantswortel van, die derdemagswortel van a, plus b
27	$\sqrt{\sqrt[4]{a} + b}$	the square root of, the fourth root of a, plus b	die vierkantswortel van, die vierde wortel van a, plus b
28	$\sqrt{\sqrt{a} + b}$	the square root of, the square root of a, plus b	die vierkantswortel van, die vierkantswortel van a, plus b
29	${}_{a}^{b}x_{c}^{d}$	left sub a left super b x right sub c right super d	linker onderskrif a linker boskrif b x regter onderskrif c regter boskrif 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	linker onderskrif a b linker boskrif g h x regter onderskrif c d regter boskrif e f
31	${}_{a}^{b}x^{d}$	left sub a left super b x; right super d	linker onderskrif a linker boskrif b x; regter boskrif d
32	${}_{a}^{b}x_{c} r$	left sub a left super b x right sub c; r	linker onderskrif a linker boskrif b x regter onderskrif c; r
33	$l {}^{b}x_{c}^{d}$	l; left super b x right sub c right super d	l; linker boskrif b x regter onderskrif c regter boskrif d
34	${}_{a}x_{c}^{d}$	left sub a; x right sub c right super d	linker onderskrif a; x regter onderskrif c regter boskrif d
35	${x \notin A \| B}$	the set of all x not in A such that B	die versameling van alle x nie in A sodat B
36	${B}$	the set B	die versameling B
37	${}$	the empty set	die leë versameling
38	$Q^{+}$	the positive rational numbers	die positiewe rasionele getalle
39	$ℚ^{+}$	the positive rational numbers	die positiewe rasionele getalle
40	$Q^{-}$	the negative rational numbers	die negatiewe rasionele getalle
41	$ℚ^{-}$	the negative rational numbers	die negatiewe rasionele getalle
42	$Q^{2}$	q-two	q-twee
43	$ℚ^{2}$	q-two	q-twee
44	$N^{2}$	n-two	n-twee
45	$ℕ^{2}$	n-two	n-twee
46	a	a	a
47	$\frac{10}{20}$	10 over 20	10 oor 20
48	$\frac{2 km}{b}$	2 kilometers over b	2 kilometer oor b
49	$1.4 \bar{3}$	the repeating decimal 1 point 4 followed by repeating digit 3	die herhalende dessimaal 1 punt 4 gevolg deur herhalende syfer 3
50	$3^{2^{2}}$	3 raised to the 2 squared power	3 verhef tot die 2 kwadraat mag
51	$3^{i^{2}}$	3 raised to the i squared power	3 verhef tot die i kwadraat mag
52	$3^{{\frac{2}{3}}^{2}}$	3 raised to the two thirds squared power	3 verhef tot die twee derdes kwadraat mag
53	$3^{2^{3}}$	3 raised to the 2 cubed power	3 verhef tot die 2 tot die mag drie mag
54	$3^{i^{3}}$	3 raised to the i cubed power	3 verhef tot die i tot die mag drie mag
55	$3^{{\frac{2}{3}}^{3}}$	3 raised to the two thirds cubed power	3 verhef tot die twee derdes tot die mag drie mag
56	$a \leq b = c$	a is less than or equal to b equals c	a kleiner of gelyk aan b is gelyk aan c
57	$3^{\sin (2 + x)}$	3 raised to the sine of, open paren, 2 plus x, close paren, power	3 verhef tot die sinus van, links hakkie, 2 plus x, regs hakkie, mag
58	$\sum^{I}$	sum under I	som onder I
59	$\overset{B}{A}$	A under B	A onder B
60	$\det A$	determinant A	determinant A

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Prime_Angle.

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

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Prime_Length.

0	$45 ° 10^{'} 20^{″}$	45 degrees, 10 minutes, 20 seconds	45 grade, 10 minute, 20 sekondes
1	$1 ° 10^{'} 20^{″}$	1 degree, 10 minutes, 20 seconds	1 graad, 10 minute, 20 sekondes
2	$45 ° 1^{'} 20^{″}$	45 degrees, 1 minute, 20 seconds	45 grade, 1 minuut, 20 sekondes
3	$45 ° 10^{'} 1^{″}$	45 degrees, 10 minutes, 1 second	45 grade, 10 minute, 1 sekonde
4	$1^{'} 20^{″}$	1 foot, 20 inches	1 voet, 20 duim
5	$10^{'} 1^{″}$	10 feet, 1 inch	10 voet, 1 duim

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Enclosed_EndEnclose.

0	$12$	enclosed with box 12 end enclosed	omring deur boks 12 end omring deur
1	$12$	crossed out 12 end crossout	doodgetrek 12 end
2	$\underset{12}{2}$	crossed out 12 with 2 end crossout	oorskryf 12 met 2 end oorskryf
3	$\underset{2}{12}$	crossed out 12 with 2 end crossout	oorskryf 12 met 2 end oorskryf
4	$\overset{2}{12}$	crossed out 12 with 2 end crossout	oorskryf 12 met 2 end oorskryf
5	$\overset{12}{2}$	crossed out 12 with 2 end crossout	oorskryf 12 met 2 end oorskryf

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Roots_PosNegSqRoot.

\sqrt{\sqrt{a} + b}

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

die positiewe vierkantswortel van, die positiewe vierkantswortel van a, plus b

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Roots_PosNegSqRootEnd.

0	$\sqrt{\sqrt{a} + b}$	the positive square root of, the positive square root of a, plus b, end root	die positiewe vierkantswortel van, die positiewe vierkantswortel van a, plus b, end wortel
1	$\sqrt{- \sqrt{a} + b}$	the positive square root of, the negative square root of a, end root, plus b, end root	die positiewe vierkantswortel van, die negatiewe vierkantswortel van a, end wortel, plus b, end wortel

Afrikaans Clearspeak Coverage tests. Locale: af, Style: SetMemberSymbol_Belongs.

{x \notin A | B}

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

die versameling van alle x behoordnie aan A sodat B

Afrikaans Clearspeak Coverage tests. Locale: af, Style: SetMemberSymbol_Element.

{x \notin A | B}

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

die versameling van alle x nie 'n element van A sodat B

Afrikaans Clearspeak Coverage tests. Locale: af, Style: SetMemberSymbol_Member.

{x \notin A | B}

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

die versameling van alle x nie 'n element van A sodat B

Afrikaans Clearspeak Coverage tests. Locale: af, 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

2 gevalle, Geval 1: f van x, is gelyk aan negatiewe x, if x kleiner as 0. Geval 2: f van x, is gelyk aan x, if x groter of gelyk aan 0

Afrikaans Clearspeak Coverage tests. Locale: af, 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

2 beperkings, beperking 1: f van x, is gelyk aan negatiewe x; if x kleiner as 0. beperking 2: f van x, is gelyk aan x, if x groter of gelyk aan 0

Afrikaans Clearspeak Coverage tests. Locale: af, Style: VerticalLine_SuchThat.

3 | 6

3 such that 6

3 sodat 6

Afrikaans Clearspeak Coverage tests. Locale: af, 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

die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. sluit determinant

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Paren_Speak.

(f + g) (2 + x)

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

links hakkie, f plus g, regs hakkie, van, links hakkie, 2 plus x, regs hakkie

Afrikaans Clearspeak Coverage tests. Locale: af, Style: Exponent_Ordinal.

x^{A}

x to the A

x tot die A

Afrikaans Clearspeak Coverage for Elements symbol tests. Locale: af, Style: Verbose.

0	${z \in A : z}$	the set of all z in A such that z	die versameling van alle z in A sodat z
1	${z ∊ A : z}$	the set of all z in A such that z	die versameling van alle z in A sodat z
2	${z \notin A : z}$	the set of all z not in A such that z	die versameling van alle z nie in A sodat z
3	${A ∋ z : z}$	the set of all A contains as member z such that z	die versameling van alle A bevat as lid z sodat z
4	${A ∍ z : z}$	the set of all A contains as member z such that z	die versameling van alle A bevat as lid z sodat z
5	${A ∌ z : z}$	the set of all A does not contain as member z such that z	die versameling van alle A bevat nie as lid z sodat z
6	$z \in A$	z is a member of A	z is 'n element van A
7	$z ∊ A$	z is a member of A	z is 'n element van A
8	$z \notin A$	z is not a member of A	z is nie 'n element van nie A
9	$A ∋ z$	A contains as member z	A bevat as lid z
10	$A ∍ z$	A contains as member z	A bevat as lid z
11	$A ∌ z$	A does not contain as member z	A bevat nie as lid z
12	$\sum_{z \in A}$	sum over z is a member of A	som oor z is 'n element van A
13	$\sum_{z ∊ A}$	sum over z is a member of A	som oor z is 'n element van A
14	$\sum_{z \notin A}$	sum over z is not a member of A	som oor z is nie 'n element van nie A
15	$\sum_{A ∋ z}$	sum over A contains as member z	som oor A bevat as lid z
16	$\sum_{A ∍ z}$	sum over A contains as member z	som oor A bevat as lid z
17	$\sum_{A ∌ z}$	sum over A does not contain as member z	som oor A bevat nie as lid z

Afrikaans Clearspeak Coverage for Elements symbol tests. Locale: af, Style: SetMemberSymbol_Auto.

0	$z \in A$	z is a member of A	z is 'n element van A
1	${z \in A : z}$	the set of all z in A such that z	die versameling van alle z in A sodat z
2	$\sum_{z \in A}$	sum over z is a member of A	som oor z is 'n element van A
3	$z \notin A$	z is not a member of A	z is nie 'n element van nie A
4	${z \notin A : z}$	the set of all z not in A such that z	die versameling van alle z nie in A sodat z
5	$\sum_{z \notin A}$	sum over z is not a member of A	som oor z is nie 'n element van nie A

Afrikaans Clearspeak Coverage for Elements symbol tests. Locale: af, Style: SetMemberSymbol_Member.

0	$z \in A$	z is a member of A	z is 'n element van A
1	${z \in A : z}$	the set of all z member of A such that z	die versameling van alle z element van A sodat z
2	$\sum_{z \in A}$	sum over z is a member of A	som oor z is 'n element van A
3	$z \notin A$	z is not a member of A	z is nie 'n element vanf A
4	${z \notin A : z}$	the set of all z not a member of A such that z	die versameling van alle z nie 'n element van A sodat z
5	$\sum_{z \notin A}$	sum over z is not a member of A	som oor z is nie 'n element vanf A

Afrikaans Clearspeak Coverage for Elements symbol tests. Locale: af, Style: SetMemberSymbol_Element.

0	$z \in A$	z is an element of A	z is 'n element van A
1	${z \in A : z}$	the set of all z element of A such that z	die versameling van alle z element van A sodat z
2	$\sum_{z \in A}$	sum over z is an element of A	som oor z is 'n element van A
3	$z \notin A$	z is not an element of A	z is nie 'n element van A
4	${z \notin A : z}$	the set of all z not an element of A such that z	die versameling van alle z nie 'n element van A sodat z
5	$\sum_{z \notin A}$	sum over z is not an element of A	som oor z is nie 'n element van A

Afrikaans Clearspeak Coverage for Elements symbol tests. Locale: af, Style: SetMemberSymbol_In.

0	$z \in A$	z is in A	z is in A
1	${z \in A : z}$	the set of all z in A such that z	die versameling van alle z in A sodat z
2	$\sum_{z \in A}$	sum over z is in A	som oor z is in A
3	$z \notin A$	z is not in A	z is nie in A
4	${z \notin A : z}$	the set of all z not in A such that z	die versameling van alle z nie in A sodat z
5	$\sum_{z \notin A}$	sum over z is not in A	som oor z is nie in A

Afrikaans Clearspeak Coverage for Elements symbol tests. Locale: af, Style: SetMemberSymbol_Belongs.

0	$z \in A$	z belongs to A	z behoord aan A
1	${z \in A : z}$	the set of all z belonging to A such that z	die versameling van alle z behoord aan A sodat z
2	$\sum_{z \in A}$	sum over z belongs to A	som oor z behoord aan A
3	$z \notin A$	z does not belong to A	z behoord nie aan A
4	${z \notin A : z}$	the set of all z not belonging to A such that z	die versameling van alle z behoordnie aan A sodat z
5	$\sum_{z \notin A}$	sum over z does not belong to A	som oor z behoord nie aan A

Afrikaans Clearspeak Coverage for Elements symbol tests. Locale: af, 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

die versameling van alle a behoord aan, hoofletter A sodat, die breuk met teller 1, en noemer a, end breuk

Afrikaans Clearspeak Exponents rule tests. Locale: af, Style: Exponent_Auto.

0	$3^{2}$	3 squared	3 kwadraat
1	$3^{3}$	3 cubed	3 tot die mag drie
2	$3^{5}$	3 to the fifth power	3 tot die vyfde mag
3	$3^{1}$	3 to the first power	3 tot die eerste mag
4	$b^{1}$	b to the first power	b tot die eerste mag
5	$3^{5.0}$	3 raised to the 5.0 power	3 verhef tot die 5,0 mag
6	$3^{0}$	3 to the 0 power	3 tot die 0 mag
7	$4^{11}$	4 to the 11th power	4 tot die 11. mag
8	$3^{- 2}$	3 to the negative 2 power	3 tot die negatiewe 2 mag
9	$3^{- 2.0}$	3 raised to the negative 2.0 power	3 verhef tot die negatiewe 2,0 mag
10	$4^{x}$	4 to the x-th power	4 tot die x-de mag
11	$3^{y + 2}$	3 raised to the y plus 2 power	3 verhef tot die y plus 2 mag
12	${(2 y - 3)}^{3 z + 8}$	open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power	links hakkie, 2 y, minus 3, regs hakkie, verhef tot die 3 z, plus 8 mag
13	$p_{1}^{2}$	p sub 1, squared	p onderskrif 1, kwadraat
14	$p_{1}^{3}$	p sub 1, cubed	p onderskrif 1, tot die mag drie
15	$p_{1}^{4}$	p sub 1, to the fourth power	p onderskrif 1, tot die vierde mag
16	$p_{1}^{10}$	p sub 1, to the tenth power	p onderskrif 1, tot die tiende mag
17	$p_{1}^{x + 1}$	p sub 1, raised to the x plus 1 power	p onderskrif 1, verhef tot die x plus 1 mag
18	$p_{x_{1}}^{2}$	p sub, x sub 1, squared	p onderskrif, x onderskrif 1, kwadraat
19	$p_{x_{1}}^{3}$	p sub, x sub 1, cubed	p onderskrif, x onderskrif 1, tot die mag drie
20	$p_{x_{1}}^{4}$	p sub, x sub 1, to the fourth power	p onderskrif, x onderskrif 1, tot die vierde mag
21	$p_{x_{1}}^{10}$	p sub, x sub 1, to the tenth power	p onderskrif, x onderskrif 1, tot die tiende mag
22	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the y plus 1 power	p onderskrif, x onderskrif 1, verhef tot die y plus 1 mag
23	$3^{2^{2}}$	3 raised to the 2 squared power	3 verhef tot die 2 kwadraat mag
24	$3^{2 x^{2}}$	3 raised to the 2 x squared power	3 verhef tot die 2 x kwadraat mag
25	$5^{2^{3}}$	5 raised to the 2 cubed power	5 verhef tot die 2 tot die mag drie mag
26	$5^{2 x^{3}}$	5 raised to the 2 x cubed power	5 verhef tot die 2 x tot die mag drie mag
27	$3^{2^{2} + 1}$	3 raised to the exponent, 2 squared plus 1, end exponent	3 verhef tot die eksponent, 2 kwadraat plus 1, end eksponent
28	$3^{2^{2}} + 1$	3 raised to the 2 squared power, plus 1	3 verhef tot die 2 kwadraat mag, plus 1
29	$2^{x^{2} + 3 x^{3}}$	2 raised to the exponent, x squared plus 3 x cubed, end exponent	2 verhef tot die eksponent, x kwadraat plus 3 x tot die mag drie, end eksponent
30	$3^{3^{4}}$	3 raised to the exponent, 3 to the fourth power, end exponent	3 verhef tot die eksponent, 3 tot die vierde mag, end eksponent
31	$3^{3^{4} + 2}$	3 raised to the exponent, 3 to the fourth power, plus 2, end exponent	3 verhef tot die eksponent, 3 tot die vierde mag, plus 2, end eksponent
32	$3^{3^{4}} + 2$	3 raised to the exponent, 3 to the fourth power, end exponent, plus 2	3 verhef tot die eksponent, 3 tot die vierde mag, end eksponent, plus 2
33	$2^{x^{4}}$	2 raised to the exponent, x to the fourth power, end exponent	2 verhef tot die eksponent, x tot die vierde mag, end eksponent
34	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the x plus 3 power, end exponent	2 verhef tot die eksponent, 10 verhef tot die x plus 3 mag, end eksponent
35	$3^{3^{10}}$	3 raised to the exponent, 3 to the tenth power, end exponent	3 verhef tot die eksponent, 3 tot die tiende mag, end eksponent
36	$3^{3^{10} + 1}$	3 raised to the exponent, 3 to the tenth power, plus 1, end exponent	3 verhef tot die eksponent, 3 tot die tiende mag, plus 1, end eksponent
37	$3^{3^{10}} + 1$	3 raised to the exponent, 3 to the tenth power, end exponent, plus 1	3 verhef tot die eksponent, 3 tot die tiende mag, end eksponent, plus 1
38	$3^{{(x + 1)}^{2}}$	3 raised to the exponent, open paren, x plus 1, close paren, squared, end exponent	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, kwadraat, end eksponent
39	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the tenth power, end exponent	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die tiende mag, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die y plus 2 mag, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die y-de mag, plus 2, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die y-de mag, end eksponent, 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	e verhef tot die eksponent, negatiewe een helfte maal, links hakkie, die breuk met teller x minus my, en noemer sigma, regs hakkie, kwadraat, end eksponent
44	$2^{n}$	2 to the n-th power	2 tot die n-de mag
45	$2^{m}$	2 to the m-th power	2 tot die m-de mag
46	$2^{i}$	2 to the i-th power	2 tot die i-de mag
47	$2^{j}$	2 to the j-th power	2 tot die j-de mag
48	$2^{a}$	2 to the a-th power	2 tot die a-de mag

Afrikaans Clearspeak Exponents rule tests. Locale: af, Style: Exponent_Ordinal.

0	$3^{2}$	3 to the second	3 tot die tweede
1	$3^{3}$	3 to the third	3 tot die derde
2	$3^{0}$	3 to the zero	3 tot die nul
3	$3^{1}$	3 to the first	3 tot die eerste
4	$3^{5}$	3 to the fifth	3 tot die vyfde
5	$4^{3.0}$	4 raised to the 3.0 power	4 verhef tot die 3,0 mag
6	$4^{11}$	4 to the eleventh	4 tot die elfde
7	$3^{- 2}$	3 to the negative 2	3 tot die negatiewe 2
8	$3^{- 2.0}$	3 raised to the negative 2.0 power	3 verhef tot die negatiewe 2,0 mag
9	$4^{x}$	4 to the x-th	4 tot die x-de
10	$3^{y + 2}$	3 raised to the y plus 2 power	3 verhef tot die y plus 2 mag
11	${(2 y - 3)}^{3 z + 8}$	open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power	links hakkie, 2 y, minus 3, regs hakkie, verhef tot die 3 z, plus 8 mag
12	$p_{1}^{2}$	p sub 1, to the second	p onderskrif 1, tot die tweede
13	$p_{1}^{3}$	p sub 1, to the third	p onderskrif 1, tot die derde
14	$p_{1}^{4}$	p sub 1, to the fourth	p onderskrif 1, tot die vierde
15	$p_{1}^{10}$	p sub 1, to the tenth	p onderskrif 1, tot die tiende
16	$p_{1}^{x + 1}$	p sub 1, raised to the x plus 1 power	p onderskrif 1, verhef tot die x plus 1 mag
17	$p_{x_{1}}^{2}$	p sub, x sub 1, to the second	p onderskrif, x onderskrif 1, tot die tweede
18	$p_{x_{1}}^{3}$	p sub, x sub 1, to the third	p onderskrif, x onderskrif 1, tot die derde
19	$p_{x_{1}}^{4}$	p sub, x sub 1, to the fourth	p onderskrif, x onderskrif 1, tot die vierde
20	$p_{x_{1}}^{10}$	p sub, x sub 1, to the tenth	p onderskrif, x onderskrif 1, tot die tiende
21	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the y plus 1 power	p onderskrif, x onderskrif 1, verhef tot die y plus 1 mag
22	$3^{2^{2}}$	3 raised to the exponent, 2 to the second, end exponent	3 verhef tot die eksponent, 2 tot die tweede, end eksponent
23	$3^{2 x^{2}}$	3 raised to the exponent, 2 x to the second, end exponent	3 verhef tot die eksponent, 2 x tot die tweede, end eksponent
24	$5^{2^{3}}$	5 raised to the exponent, 2 to the third, end exponent	5 verhef tot die eksponent, 2 tot die derde, end eksponent
25	$5^{2 x^{3}}$	5 raised to the exponent, 2 x to the third, end exponent	5 verhef tot die eksponent, 2 x tot die derde, end eksponent
26	$3^{2^{2} + 1}$	3 raised to the exponent, 2 to the second, plus 1, end exponent	3 verhef tot die eksponent, 2 tot die tweede, plus 1, end eksponent
27	$3^{2^{2}} + 1$	3 raised to the exponent, 2 to the second, end exponent, plus 1	3 verhef tot die eksponent, 2 tot die tweede, end eksponent, 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	2 verhef tot die eksponent, x tot die tweede, plus 3 x tot die derde, end eksponent
29	$3^{3^{4}}$	3 raised to the exponent, 3 to the fourth, end exponent	3 verhef tot die eksponent, 3 tot die vierde, end eksponent
30	$3^{3^{4} + 2}$	3 raised to the exponent, 3 to the fourth, plus 2, end exponent	3 verhef tot die eksponent, 3 tot die vierde, plus 2, end eksponent
31	$3^{3^{4}} + 2$	3 raised to the exponent, 3 to the fourth, end exponent, plus 2	3 verhef tot die eksponent, 3 tot die vierde, end eksponent, plus 2
32	$2^{x^{4}}$	2 raised to the exponent, x to the fourth, end exponent	2 verhef tot die eksponent, x tot die vierde, end eksponent
33	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the x plus 3 power, end exponent	2 verhef tot die eksponent, 10 verhef tot die x plus 3 mag, end eksponent
34	$3^{3^{10}}$	3 raised to the exponent, 3 to the tenth, end exponent	3 verhef tot die eksponent, 3 tot die tiende, end eksponent
35	$3^{3^{10} + 1}$	3 raised to the exponent, 3 to the tenth, plus 1, end exponent	3 verhef tot die eksponent, 3 tot die tiende, plus 1, end eksponent
36	$3^{3^{10}} + 1$	3 raised to the exponent, 3 to the tenth, end exponent, plus 1	3 verhef tot die eksponent, 3 tot die tiende, end eksponent, plus 1
37	$3^{{(x + 1)}^{2}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the second, end exponent	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die tweede, end eksponent
38	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the tenth, end exponent	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die tiende, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die y plus 2 mag, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die y-de, plus 2, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die y-de, end eksponent, plus 2
42	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent, negative one half x to the second, end exponent	e verhef tot die eksponent, negatiewe een helfte x tot die tweede, end eksponent
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	e verhef tot die eksponent, negatiewe een helfte maal, links hakkie, die breuk met teller x minus my, en noemer sigma, regs hakkie, tot die tweede, end eksponent

Afrikaans Clearspeak Exponents rule tests. Locale: af, Style: Exponent_OrdinalPower.

0	$3^{2}$	3 to the second power	3 tot die tweede mag
1	$3^{3}$	3 to the third power	3 tot die derde mag
2	$3^{0}$	3 to the zero power	3 tot die nul mag
3	$3^{1}$	3 to the first power	3 tot die eerste mag
4	$3^{5}$	3 to the fifth power	3 tot die vyfde mag
5	$3^{5.0}$	3 raised to the 5.0 power	3 verhef tot die 5,0 mag
6	$4^{11}$	4 to the eleventh power	4 tot die elfde mag
7	$3^{- 2}$	3 to the negative 2 power	3 tot die negatiewe 2 mag
8	$3^{- 2.0}$	3 raised to the negative 2.0 power	3 verhef tot die negatiewe 2,0 mag
9	$4^{x}$	4 to the x-th power	4 tot die x-de mag
10	$3^{y + 2}$	3 raised to the y plus 2 power	3 verhef tot die y plus 2 mag
11	${(2 y - 3)}^{3 z + 8}$	open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power	links hakkie, 2 y, minus 3, regs hakkie, verhef tot die 3 z, plus 8 mag
12	$p_{1}^{2}$	p sub 1, to the second power	p onderskrif 1, tot die tweede mag
13	$p_{1}^{3}$	p sub 1, to the third power	p onderskrif 1, tot die derde mag
14	$p_{1}^{4}$	p sub 1, to the fourth power	p onderskrif 1, tot die vierde mag
15	$p_{1}^{10}$	p sub 1, to the tenth power	p onderskrif 1, tot die tiende mag
16	$p_{1}^{x + 1}$	p sub 1, raised to the x plus 1 power	p onderskrif 1, verhef tot die x plus 1 mag
17	$p_{x_{1}}^{2}$	p sub, x sub 1, to the second power	p onderskrif, x onderskrif 1, tot die tweede mag
18	$p_{x_{1}}^{3}$	p sub, x sub 1, to the third power	p onderskrif, x onderskrif 1, tot die derde mag
19	$p_{x_{1}}^{4}$	p sub, x sub 1, to the fourth power	p onderskrif, x onderskrif 1, tot die vierde mag
20	$p_{x_{1}}^{10}$	p sub, x sub 1, to the tenth power	p onderskrif, x onderskrif 1, tot die tiende mag
21	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the y plus 1 power	p onderskrif, x onderskrif 1, verhef tot die y plus 1 mag
22	$3^{2^{2}}$	3 raised to the exponent, 2 to the second power, end exponent	3 verhef tot die eksponent, 2 tot die tweede mag, end eksponent
23	$3^{2 x^{2}}$	3 raised to the exponent, 2 x to the second power, end exponent	3 verhef tot die eksponent, 2 x tot die tweede mag, end eksponent
24	$5^{2^{3}}$	5 raised to the exponent, 2 to the third power, end exponent	5 verhef tot die eksponent, 2 tot die derde mag, end eksponent
25	$5^{2 x^{3}}$	5 raised to the exponent, 2 x to the third power, end exponent	5 verhef tot die eksponent, 2 x tot die derde mag, end eksponent
26	$3^{2^{2} + 1}$	3 raised to the exponent, 2 to the second power, plus 1, end exponent	3 verhef tot die eksponent, 2 tot die tweede mag, plus 1, end eksponent
27	$3^{2^{2}} + 1$	3 raised to the exponent, 2 to the second power, end exponent, plus 1	3 verhef tot die eksponent, 2 tot die tweede mag, end eksponent, 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	2 verhef tot die eksponent, x tot die tweede mag, plus 3 x tot die derde mag, end eksponent
29	$3^{3^{4}}$	3 raised to the exponent, 3 to the fourth power, end exponent	3 verhef tot die eksponent, 3 tot die vierde mag, end eksponent
30	$3^{3^{4} + 2}$	3 raised to the exponent, 3 to the fourth power, plus 2, end exponent	3 verhef tot die eksponent, 3 tot die vierde mag, plus 2, end eksponent
31	$3^{3^{4}} + 2$	3 raised to the exponent, 3 to the fourth power, end exponent, plus 2	3 verhef tot die eksponent, 3 tot die vierde mag, end eksponent, plus 2
32	$2^{x^{4}}$	2 raised to the exponent, x to the fourth power, end exponent	2 verhef tot die eksponent, x tot die vierde mag, end eksponent
33	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the x plus 3 power, end exponent	2 verhef tot die eksponent, 10 verhef tot die x plus 3 mag, end eksponent
34	$3^{3^{10}}$	3 raised to the exponent, 3 to the tenth power, end exponent	3 verhef tot die eksponent, 3 tot die tiende mag, end eksponent
35	$3^{3^{10} + 1}$	3 raised to the exponent, 3 to the tenth power, plus 1, end exponent	3 verhef tot die eksponent, 3 tot die tiende mag, plus 1, end eksponent
36	$3^{3^{10}} + 1$	3 raised to the exponent, 3 to the tenth power, end exponent, plus 1	3 verhef tot die eksponent, 3 tot die tiende mag, end eksponent, 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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die tweede mag, end eksponent
38	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, to the tenth power, end exponent	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die tiende mag, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die y plus 2 mag, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die y-de mag, plus 2, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, tot die y-de mag, end eksponent, plus 2
42	$e^{- \frac{1}{2} x^{2}}$	e raised to the exponent, negative one half x to the second power, end exponent	e verhef tot die eksponent, negatiewe een helfte x tot die tweede mag, end eksponent
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	e verhef tot die eksponent, negatiewe een helfte maal, links hakkie, die breuk met teller x minus my, en noemer sigma, regs hakkie, tot die tweede mag, end eksponent

Afrikaans Clearspeak Exponents rule tests. Locale: af, Style: Exponent_AfterPower.

0	$3^{2}$	3 raised to the power 2	3 verhef tot die mag 2
1	$3^{3}$	3 raised to the power 3	3 verhef tot die mag 3
2	$3^{1}$	3 raised to the power 1	3 verhef tot die mag 1
3	$3^{0}$	3 raised to the power 0	3 verhef tot die mag 0
4	$3^{5}$	3 raised to the power 5	3 verhef tot die mag 5
5	$3^{5.0}$	3 raised to the power 5.0	3 verhef tot die mag 5,0
6	$4^{11}$	4 raised to the power 11	4 verhef tot die mag 11
7	$3^{- 2}$	3 raised to the power negative 2	3 verhef tot die mag negatiewe 2
8	$3^{- 2.0}$	3 raised to the power negative 2.0	3 verhef tot die mag negatiewe 2,0
9	$4^{x}$	4 raised to the power x	4 verhef tot die mag x
10	$3^{y + 2}$	3 raised to the power y plus 2	3 verhef tot die mag 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	links hakkie, 2 y, minus 3, regs hakkie, verhef tot die mag 3 z plus 8
12	$p_{1}^{2}$	p sub 1, raised to the power 2	p onderskrif 1, verhef tot die mag 2
13	$p_{1}^{3}$	p sub 1, raised to the power 3	p onderskrif 1, verhef tot die mag 3
14	$p_{1}^{4}$	p sub 1, raised to the power 4	p onderskrif 1, verhef tot die mag 4
15	$p_{1}^{10}$	p sub 1, raised to the power 10	p onderskrif 1, verhef tot die mag 10
16	$p_{1}^{x + 1}$	p sub 1, raised to the power x plus 1	p onderskrif 1, verhef tot die mag x plus 1
17	$p_{x_{1}}^{2}$	p sub, x sub 1, raised to the power 2	p onderskrif, x onderskrif 1, verhef tot die mag 2
18	$p_{x_{1}}^{3}$	p sub, x sub 1, raised to the power 3	p onderskrif, x onderskrif 1, verhef tot die mag 3
19	$p_{x_{1}}^{4}$	p sub, x sub 1, raised to the power 4	p onderskrif, x onderskrif 1, verhef tot die mag 4
20	$p_{x_{1}}^{10}$	p sub, x sub 1, raised to the power 10	p onderskrif, x onderskrif 1, verhef tot die mag 10
21	$p_{x_{1}}^{y + 1}$	p sub, x sub 1, raised to the power y plus 1	p onderskrif, x onderskrif 1, verhef tot die mag y plus 1
22	$3^{2^{2}}$	3 raised to the exponent, 2 raised to the power 2, end exponent	3 verhef tot die eksponent, 2 verhef tot die mag 2, end eksponent
23	$3^{2 x^{2}}$	3 raised to the exponent, 2 x raised to the power 2, end exponent	3 verhef tot die eksponent, 2 x verhef tot die mag 2, end eksponent
24	$3^{2^{2}}$	3 raised to the exponent, 2 raised to the power 2, end exponent	3 verhef tot die eksponent, 2 verhef tot die mag 2, end eksponent
25	$3^{2 x^{2}}$	3 raised to the exponent, 2 x raised to the power 2, end exponent	3 verhef tot die eksponent, 2 x verhef tot die mag 2, end eksponent
26	$5^{2^{3}}$	5 raised to the exponent, 2 raised to the power 3, end exponent	5 verhef tot die eksponent, 2 verhef tot die mag 3, end eksponent
27	$5^{2 x^{3}}$	5 raised to the exponent, 2 x raised to the power 3, end exponent	5 verhef tot die eksponent, 2 x verhef tot die mag 3, end eksponent
28	$3^{2^{2} + 1}$	3 raised to the exponent, 2 raised to the power 2, plus 1, end exponent	3 verhef tot die eksponent, 2 verhef tot die mag 2, plus 1, end eksponent
29	$3^{2^{2}} + 1$	3 raised to the exponent, 2 raised to the power 2, end exponent, plus 1	3 verhef tot die eksponent, 2 verhef tot die mag 2, end eksponent, 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	2 verhef tot die eksponent, x verhef tot die mag 2, plus 3 x verhef tot die mag 3, end eksponent
31	$3^{3^{4}}$	3 raised to the exponent, 3 raised to the power 4, end exponent	3 verhef tot die eksponent, 3 verhef tot die mag 4, end eksponent
32	$3^{3^{4} + 2}$	3 raised to the exponent, 3 raised to the power 4, plus 2, end exponent	3 verhef tot die eksponent, 3 verhef tot die mag 4, plus 2, end eksponent
33	$3^{3^{4}} + 2$	3 raised to the exponent, 3 raised to the power 4, end exponent, plus 2	3 verhef tot die eksponent, 3 verhef tot die mag 4, end eksponent, plus 2
34	$2^{x^{4}}$	2 raised to the exponent, x raised to the power 4, end exponent	2 verhef tot die eksponent, x verhef tot die mag 4, end eksponent
35	$2^{10^{x + 3}}$	2 raised to the exponent, 10 raised to the power x plus 3, end exponent	2 verhef tot die eksponent, 10 verhef tot die mag x plus 3, end eksponent
36	$3^{3^{10}}$	3 raised to the exponent, 3 raised to the power 10, end exponent	3 verhef tot die eksponent, 3 verhef tot die mag 10, end eksponent
37	$3^{3^{10} + 1}$	3 raised to the exponent, 3 raised to the power 10, plus 1, end exponent	3 verhef tot die eksponent, 3 verhef tot die mag 10, plus 1, end eksponent
38	$3^{3^{10}} + 1$	3 raised to the exponent, 3 raised to the power 10, end exponent, plus 1	3 verhef tot die eksponent, 3 verhef tot die mag 10, end eksponent, 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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die mag 2, end eksponent
40	$3^{{(x + 1)}^{10}}$	3 raised to the exponent, open paren, x plus 1, close paren, raised to the power 10, end exponent	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die mag 10, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die mag y plus 2, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die mag y, plus 2, end eksponent
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	3 verhef tot die eksponent, links hakkie, x plus 1, regs hakkie, verhef tot die mag y, end eksponent, 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	e verhef tot die eksponent, negatiewe een helfte x verhef tot die mag 2, end eksponent
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	e verhef tot die eksponent, negatiewe een helfte maal, links hakkie, die breuk met teller x minus my, en noemer sigma, regs hakkie, verhef tot die mag 2, end eksponent

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_Auto.

0	$\frac{1}{2}$	one half	een helfte
1	$\frac{12}{32}$	12 over 32	12 oor 32
2	$\frac{x}{y}$	x over y	x oor y
3	$\frac{2 x}{3 y}$	2 x over 3 y	2 x oor 3 y
4	$\frac{x y}{c d}$	x y over c d	x y oor c d
5	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third	een helfte oor een derde
6	$\frac{- x}{y}$	negative x over y	negatiewe x oor y
7	$\frac{- 2 x}{3 y}$	negative 2 x over 3 y	negatiewe 2 x oor 3 y
8	$\frac{x y}{- c d}$	x y over negative c d	x y oor negatiewe c d
9	$\frac{\frac{1}{2}}{- \frac{1}{3}}$	one half over negative one third	een helfte oor negatiewe een derde
10	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13	die breuk met teller 2 plus 3, en noemer 13
11	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2	die breuk met teller x plus y, en noemer 2
12	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y	die breuk met teller x plus y, en noemer 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	die breuk met teller x plus y, en noemer x minus y, plus twee derdes
14	$\frac{miles}{gallon}$	miles over gallon	miles oor gallon
15	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons	2 miles oor 3 gallons
16	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons	2 miles oor 3 gallons
17	$\frac{rise}{run}$	rise over run	rise oor run
18	$\frac{successful outcomes}{total outcomes}$	successful outcomes over total outcomes	successful outcomes oor 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	6 ways of rolling a 7 oor 36 ways of rolling the pair of dice
20	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third	een helfte oor een derde
21	$\frac{1}{\frac{2}{\frac{1}{3}}}$	the fraction with numerator 1, and denominator, 2 over one third	die breuk met teller 1, en noemer, 2 oor een derde
22	$\frac{\frac{1}{2}}{3}$	one half over 3	een helfte oor 3
23	$\frac{1}{\frac{2}{3}}$	1 over two thirds	1 oor twee derdes
24	$\frac{\frac{11}{32}}{\frac{16}{51}}$	the fraction with numerator, 11 over 32, and denominator, 16 over 51	die breuk met teller, 11 oor 32, en noemer, 16 oor 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	die breuk met teller 11, en noemer, die breuk met teller 32, en noemer, 16 oor 51
26	$\frac{1 + \frac{4}{x}}{2}$	the fraction with numerator 1 plus, 4 over x, and denominator 2	die breuk met teller 1 plus, 4 oor x, en noemer 2
27	$\frac{3}{2 + \frac{4}{x}}$	the fraction with numerator 3, and denominator 2 plus, 4 over x	die breuk met teller 3, en noemer 2 plus, 4 oor x
28	$\frac{\frac{10}{22}}{\frac{1}{2}}$	the fraction with numerator, 10 over 22, and denominator one half	die breuk met teller, 10 oor 22, en noemer een helfte
29	$\frac{1 + \frac{2}{3}}{1 - \frac{2}{3}}$	the fraction with numerator 1 plus two thirds, and denominator 1 minus two thirds	die breuk met teller 1 plus twee derdes, en noemer 1 minus twee derdes
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	die breuk met teller 1 plus, x oor 2, en noemer 1 minus, x oor 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	die breuk met teller, die breuk met teller x plus 1, en noemer x minus 1, plus 1, en noemer 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	die breuk met teller, die breuk met teller x plus 1, en noemer x minus 4, plus een helfte, en noemer x plus, 1 oor 16
33	$1 + \frac{x}{1 + \frac{2}{x}}$	1 plus, the fraction with numerator x, and denominator 1 plus, 2 over x	1 plus, die breuk met teller x, en noemer 1 plus, 2 oor 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	1 plus, die breuk met teller x plus 3, en noemer 1 plus, die breuk met teller 2, en noemer 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	1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 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	1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 1 plus middellyn horisontale elipses
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	a onderskrif 0, plus, die breuk met teller 1, en noemer, a onderskrif 1, plus, die breuk met teller 1, en noemer, a onderskrif 2, plus, die breuk met teller 1, en noemer, a onderskrif 3, plus middellyn horisontale elipses
38	$\frac{f (x)}{g (x)}$	f of x, over g of x	f van x, oor g van 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	die breuk met teller f van x, plus g van x, en noemer g van 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	die breuk met teller f van, links hakkie, x plus 1, regs hakkie, en noemer g van x
41	$\frac{f (x)}{2}$	f of x, over 2	f van x, oor 2
42	$\frac{2}{f (x)}$	2 over f of x	2 oor f van 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	die breuk met teller 2, en noemer g van x, plus g van, links hakkie, x plus 1, regs hakkie
44	$\frac{\sin x}{\cos x}$	sine x over cosine x	sinus x oor kosinus x
45	$\frac{\sin x + \cos x}{\cos x}$	the fraction with numerator sine x plus cosine x, and denominator cosine x	die breuk met teller sinus x plus kosinus x, en noemer kosinus x
46	$\frac{\sin 2 x}{\cos 3 x}$	sine 2 x over cosine 3 x	sinus 2 x oor kosinus 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	die breuk met teller, die sinus van, links hakkie, x plus y, regs hakkie, en noemer, die kosinus van, links hakkie, x plus y, regs hakkie
48	$\frac{f (2 x)}{g (3 x)}$	f of 2 x, over g of 3 x	f van 2 x, oor g van 3 x
49	$\frac{\log x}{\log y}$	log x over log y	logaritme x oor logaritme y
50	$\frac{\log 2 x}{\log 3 y}$	log 2 x over log 3 y	logaritme 2 x oor logaritme 3 y
51	$\frac{\log_{10} x}{\log_{5} y}$	the log base 10 of, x, over, the log base 5 of, y	die logaritme basis 10 van, x, oor, die logaritme basis 5 van, 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	die logaritme basis 10 van, 2 x, oor, die logaritme basis 5 van, 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	die breuk met teller, die logaritme van, links hakkie, x plus 1, regs hakkie, en noemer logaritme y
54	$\frac{f_{1} (x)}{g_{1} (x)}$	f sub 1, of x, over, g sub 1, of x	f onderskrif 1, van x, oor, g onderskrif 1, van x

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_Over.

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

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_OverEndFrac.

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

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_GeneralEndFrac.

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

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_General.

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

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_FracOver.

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

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_Per.

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

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_Ordinal.

0	$\frac{1}{2}$	one half	een helfte
1	$\frac{12}{32}$	twelve thirty seconds	twaalf twee-en-dertigstes
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13	die breuk met teller 2 plus 3, en noemer 13
3	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2	die breuk met teller x plus y, en noemer 2
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y	die breuk met teller x plus y, en noemer 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	die breuk met teller x plus y, en noemer x minus y, plus twee derdes
6	$\frac{miles}{gallon}$	miles over gallon	miles oor gallon
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons	2 miles oor 3 gallons

Afrikaans Clearspeak Fractions rule tests. Locale: af, Style: Fraction_EndFrac.

0	$\frac{1}{2}$	one half	een helfte
1	$\frac{12}{32}$	12 over 32, end fraction	12 oor 32, end breuk
2	$\frac{2 + 3}{13}$	the fraction with numerator 2 plus 3, and denominator 13, end fraction	die breuk met teller 2 plus 3, en noemer 13, end breuk
3	$\frac{x + y}{2}$	the fraction with numerator x plus y, and denominator 2, end fraction	die breuk met teller x plus y, en noemer 2, end breuk
4	$\frac{x + y}{x - y}$	the fraction with numerator x plus y, and denominator x minus y, end fraction	die breuk met teller x plus y, en noemer x minus y, end breuk
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	die breuk met teller x plus y, en noemer x minus y, end breuk, plus twee derdes
6	$\frac{miles}{gallons}$	miles over gallons	miles oor gallons
7	$\frac{2 miles}{3 gallons}$	2 miles over 3 gallons	2 miles oor 3 gallons
8	$\frac{\frac{1}{2}}{\frac{1}{3}}$	one half over one third	een helfte oor een derde
9	$\frac{1}{\frac{2}{\frac{1}{3}}}$	the fraction with numerator 1, and denominator, 2 over one third, end fraction	die breuk met teller 1, en noemer, 2 oor een derde, end breuk
10	$\frac{\frac{1}{2}}{3}$	one half over 3, end fraction	een helfte oor 3, end breuk
11	$\frac{1}{\frac{2}{3}}$	1 over two thirds, end fraction	1 oor twee derdes, end breuk
12	$\frac{\frac{11}{32}}{\frac{16}{51}}$	the fraction with numerator, 11 over 32, and denominator, 16 over 51, end fraction	die breuk met teller, 11 oor 32, en noemer, 16 oor 51, end breuk
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	die breuk met teller 11, en noemer, die breuk met teller 32, en noemer, 16 oor 51, end breuk
14	$\frac{1 + \frac{4}{x}}{2}$	the fraction with numerator 1 plus, 4 over x, and denominator 2, end fraction	die breuk met teller 1 plus, 4 oor x, en noemer 2, end breuk
15	$\frac{3}{2 + \frac{4}{x}}$	the fraction with numerator 3, and denominator 2 plus, 4 over x, end fraction	die breuk met teller 3, en noemer 2 plus, 4 oor x, end breuk
16	$\frac{\frac{10}{22}}{\frac{1}{2}}$	the fraction with numerator, 10 over 22, and denominator one half, end fraction	die breuk met teller, 10 oor 22, en noemer een helfte, end breuk
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	die breuk met teller 1 plus twee derdes, en noemer 1 minus twee derdes, end breuk
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	die breuk met teller 1 plus, x oor 2, en noemer 1 minus, x oor 2, end breuk
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	die breuk met teller, die breuk met teller x plus 1, en noemer x minus 1, plus 1, en noemer x plus 1, end breuk
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	die breuk met teller, die breuk met teller x plus 1, en noemer x minus 4, plus een helfte, en noemer x plus, 1 oor 16, end breuk
21	$1 + \frac{x}{1 + \frac{2}{x}}$	1 plus, the fraction with numerator x, and denominator 1 plus, 2 over x, end fraction	1 plus, die breuk met teller x, en noemer 1 plus, 2 oor x, end breuk
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	1 plus, die breuk met teller x plus 3, en noemer 1 plus, die breuk met teller 2, en noemer x plus 3, end breuk
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	1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 1 plus 1, end breuk
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	1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 1 plus, die breuk met teller 1, en noemer 1 plus middellyn horisontale elipses, end breuk
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	a onderskrif 0, plus, die breuk met teller 1, en noemer, a onderskrif 1, plus, die breuk met teller 1, en noemer, a onderskrif 2, plus, die breuk met teller 1, en noemer, a onderskrif 3, plus middellyn horisontale elipses, end breuk

Afrikaans Clearspeak Functions rule tests. Locale: af, Style: Functions_Auto.

0	$f (x)$	f of x	f van x
1	$g (x)$	g of x	g van x
2	$h (x)$	h of x	h van x
3	$f (2 x)$	f of 2 x	f van 2 x
4	$g (- 2 x)$	g of negative 2 x	g van negatiewe 2 x
5	$h (\frac{1}{2})$	h of one half	h van een helfte
6	$f (x + 1) = f (x) + 1$	f of, open paren, x plus 1, close paren, equals f of x, plus 1	f van, links hakkie, x plus 1, regs hakkie, is gelyk aan f van x, plus 1
7	$g (2 x + 1)$	g of, open paren, 2 x, plus 1, close paren	g van, links hakkie, 2 x, plus 1, regs hakkie
8	$g (x^{2})$	g of, open paren, x squared, close paren	g van, links hakkie, x kwadraat, regs hakkie
9	$f^{- 1} (x)$	f inverse of x	f inverse van x
10	$g^{- 1} (x)$	g inverse of x	g inverse van x
11	$h^{- 1} (x)$	h inverse of x	h inverse van x
12	$f^{- 1} (2 x)$	f inverse of 2 x	f inverse van 2 x
13	$g^{- 1} (- 2 x)$	g inverse of negative 2 x	g inverse van negatiewe 2 x
14	$f^{- 1} (3 x - 1)$	f inverse of, open paren, 3 x, minus 1, close paren	f inverse van, links hakkie, 3 x, minus 1, regs hakkie
15	$g^{- 1} (x^{2})$	g inverse of, open paren, x squared, close paren	g inverse van, links hakkie, x kwadraat, regs hakkie
16	$h^{- 1} (\frac{1}{2})$	h inverse of one half	h inverse van een helfte
17	$f^{- 1} (f (x))$	f inverse of, f of x	f inverse van, f van x
18	$g^{- 1} (g (x))$	g inverse of, g of x	g inverse van, g van x
19	$h^{- 1} (h (x))$	h inverse of, h of x	h inverse van, h van x
20	$f^{- 1} (f (2 x))$	f inverse of, f of 2 x	f inverse van, f van 2 x
21	$g^{- 1} (g (- 2 x))$	g inverse of, g of negative 2 x	g inverse van, g van negatiewe 2 x
22	$h^{- 1} (h (\frac{1}{2}))$	h inverse of, h of one half	h inverse van, h van een helfte
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	f inverse van, links hakkie, f van, links hakkie, x plus 1, regs hakkie, regs hakkie, is gelyk aan 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	g inverse van, links hakkie, g van, links hakkie, 2 x, plus 1, regs hakkie, regs hakkie
25	$g^{- 1} (g (x^{2}))$	g inverse of, open paren, g of, open paren, x squared, close paren, close paren	g inverse van, links hakkie, g van, links hakkie, x kwadraat, regs hakkie, regs hakkie
26	$f (f^{- 1} (x))$	f of, f inverse of x	f van, f inverse van x
27	$g (g^{- 1} (x))$	g of, g inverse of x	g van, g inverse van x
28	$h (h^{- 1} (x))$	h of, h inverse of x	h van, h inverse van x
29	$f (f^{- 1} (2 x))$	f of, f inverse of 2 x	f van, f inverse van 2 x
30	$g (g^{- 1} (- 2 x))$	g of, g inverse of negative 2 x	g van, g inverse van negatiewe 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	f van, links hakkie, f inverse van, links hakkie, 3 x, minus 1, regs hakkie, regs hakkie
32	$g (g^{- 1} (x^{2}))$	g of, g inverse of, open paren, x squared, close paren	g van, g inverse van, links hakkie, x kwadraat, regs hakkie
33	$h (h^{- 1} (\frac{1}{2}))$	h of, h inverse of one half	h van, h inverse van een helfte
34	$f (g (x))$	f of, g of x	f van, g van x
35	$f (g (x + 1))$	f of, open paren, g of, open paren, x plus 1, close paren, close paren	f van, links hakkie, g van, links hakkie, x plus 1, regs hakkie, regs hakkie
36	$h (g (x))$	h of, g of x	h van, g van 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	h van, links hakkie, g van, links hakkie, die breuk met teller x, en noemer x plus 1, regs hakkie, regs hakkie
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	links hakkie, f plus g, regs hakkie, van x, is gelyk aan f van x, plus g van 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	links hakkie, f plus g, regs hakkie, van, links hakkie, x plus 1, regs hakkie, is gelyk aan f van, links hakkie, x plus 1, regs hakkie, plus g van, links hakkie, x plus 1, regs hakkie
40	$(f \cdot g) (x)$	open paren, f times g, close paren, of x	links hakkie, f punt g, regs hakkie, van x
41	$(f \cdot g) (2 x + 5)$	open paren, f times g, close paren, of, open paren, 2 x, plus 5, close paren	links hakkie, f punt g, regs hakkie, van, links hakkie, 2 x, plus 5, regs hakkie
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	links hakkie, f oor g, regs hakkie, van x, is gelyk aan, f van x, oor g van 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	links hakkie, f oor g, regs hakkie, van, links hakkie, 2 x, plus 5, regs hakkie, is gelyk aan, die breuk met teller f van, links hakkie, 2 x, plus 5, regs hakkie, en noemer g van, links hakkie, 2 x, plus 5, regs hakkie
44	$(f \circ g) (x) = f (g (x))$	open paren, f composed with g, close paren, of x, equals f of, g of x	links hakkie, f ring g, regs hakkie, van x, is gelyk aan f van, g van x
45	$2 f (x)$	2 f of x	2 f van x
46	$c f (x)$	c f of x	c f van x
47	$f^{2} (x)$	f squared of x	f kwadraat van x
48	$f^{2} (2 x + 1)$	f squared of, open paren, 2 x, plus 1, close paren	f kwadraat van, links hakkie, 2 x, plus 1, regs hakkie
49	$f^{3} (x)$	f cubed of x	f tot die mag drie van x
50	$f^{3} (2 x + 1)$	f cubed of, open paren, 2 x, plus 1, close paren	f tot die mag drie van, links hakkie, 2 x, plus 1, regs hakkie
51	$f^{4} (x)$	the fourth power of, f of x	die vierde mag van, f van x
52	$f^{4} (2 x + 1)$	the fourth power of, f of, open paren, 2 x, plus 1, close paren	die vierde mag van, f van, links hakkie, 2 x, plus 1, regs hakkie
53	$f^{5} (x)$	the fifth power of, f of x	die vyfde mag van, f van x
54	$f^{5} (2 x + 1)$	the fifth power of, f of, open paren, 2 x, plus 1, close paren	die vyfde mag van, f van, links hakkie, 2 x, plus 1, regs hakkie
55	$f^{n} (x)$	the n-th power of, f of x	die n-de mag van, f van x
56	$f^{n} (2 x + 1)$	the n-th power of, f of, open paren, 2 x, plus 1, close paren	die n-de mag van, f van, links hakkie, 2 x, plus 1, regs hakkie
57	$g^{2} (x)$	g squared of x	g kwadraat van x
58	$g^{2} (2 x + 1)$	g squared of, open paren, 2 x, plus 1, close paren	g kwadraat van, links hakkie, 2 x, plus 1, regs hakkie
59	$h^{3} (x)$	h cubed of x	h tot die mag drie van x
60	$h^{3} (2 x + 1)$	h cubed of, open paren, 2 x, plus 1, close paren	h tot die mag drie van, links hakkie, 2 x, plus 1, regs hakkie
61	$g^{4} (x)$	the fourth power of, g of x	die vierde mag van, g van x
62	$g^{4} (2 x + 1)$	the fourth power of, g of, open paren, 2 x, plus 1, close paren	die vierde mag van, g van, links hakkie, 2 x, plus 1, regs hakkie
63	$h^{5} (x)$	the fifth power of, h of x	die vyfde mag van, h van x
64	$h^{5} (2 x + 1)$	the fifth power of, h of, open paren, 2 x, plus 1, close paren	die vyfde mag van, h van, links hakkie, 2 x, plus 1, regs hakkie
65	$g^{n} (x)$	the n-th power of, g of x	die n-de mag van, g van x
66	$g^{n} (2 x + 1)$	the n-th power of, g of, open paren, 2 x, plus 1, close paren	die n-de mag van, g van, links hakkie, 2 x, plus 1, regs hakkie
67	$f_{1} (x)$	f sub 1, of x	f onderskrif 1, van x
68	$g_{2} (x^{3})$	g sub 2, of, open paren, x cubed, close paren	g onderskrif 2, van, links hakkie, x tot die mag drie, regs hakkie
69	$h_{n} (3 x - 2)$	h sub n, of, open paren, 3 x, minus 2, close paren	h onderskrif n, van, links hakkie, 3 x, minus 2, regs hakkie
70	$f_{1}^{- 1} (x)$	f sub 1, inverse of x	f onderskrif 1, inverse van x
71	$g_{2}^{- 1} (2 x + 1)$	g sub 2, inverse of, open paren, 2 x, plus 1, close paren	g onderskrif 2, inverse van, links hakkie, 2 x, plus 1, regs hakkie
72	$h_{n}^{- 1} (x)$	h sub n, inverse of x	h onderskrif n, inverse van x
73	$g_{1}^{- 1} (g_{2} (x))$	g sub 1, inverse of, g sub 2, of x	g onderskrif 1, inverse van, g onderskrif 2, van x
74	$f_{1} (g_{2}^{- 1} (x))$	f sub 1, of, g sub 2, inverse of x	f onderskrif 1, van, g onderskrif 2, inverse van x
75	$f (x, y)$	f of, open paren, x comma y, close paren	f van, links hakkie, x komma y, regs hakkie
76	$f (x, y, z)$	f of, open paren, x comma y comma z, close paren	f van, links hakkie, x komma y komma z, regs hakkie
77	$f (x + 1, 2 y)$	f of, open paren, x plus 1, comma, 2 y, close paren	f van, links hakkie, x plus 1, komma, 2 y, regs hakkie
78	$f (2 x, x + 1, x^{2})$	f of, open paren, 2 x, comma, x plus 1, comma, x squared, close paren	f van, links hakkie, 2 x, komma, x plus 1, komma, x kwadraat, regs hakkie

Afrikaans Clearspeak Functions rule tests. Locale: af, Style: Fraction_Over.

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

Afrikaans Clearspeak Functions rule tests. Locale: af, Style: Fraction_FracOver.

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

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

h van, h inverse van, links hakkie, die breuk 1 oor 2, regs hakkie

Afrikaans Clearspeak Functions rule tests. Locale: af, Style: Functions_None.

0	$f (x)$	f times x	f maal x
1	$g (x)$	g times x	g maal x
2	$h (x)$	h times x	h maal x
3	$f (2 x)$	f times 2 x	f maal 2 x
4	$g (- 2 x)$	g times negative 2 x	g maal negatiewe 2 x
5	$h (\frac{1}{2})$	h times one half	h maal een helfte
6	$f (x + 1) = f (x) + 1$	f times, open paren, x plus 1, close paren, equals, f times x, plus 1	f maal, links hakkie, x plus 1, regs hakkie, is gelyk aan, f maal x, plus 1
7	$g (2 x + 1)$	g times, open paren, 2 x, plus 1, close paren	g maal, links hakkie, 2 x, plus 1, regs hakkie
8	$g (x^{2})$	g times, open paren, x squared, close paren	g maal, links hakkie, x kwadraat, regs hakkie
9	$f^{- 1} (x)$	f to the negative 1 power, times x	f tot die negatiewe 1 mag, maal x
10	$g^{- 1} (x)$	g to the negative 1 power, times x	g tot die negatiewe 1 mag, maal x
11	$h^{- 1} (x)$	h to the negative 1 power, times x	h tot die negatiewe 1 mag, maal x
12	$f^{- 1} (2 x)$	f to the negative 1 power, times 2 x	f tot die negatiewe 1 mag, maal 2 x
13	$g^{- 1} (- 2 x)$	g to the negative 1 power, times negative 2 x	g tot die negatiewe 1 mag, maal negatiewe 2 x
14	$f^{- 1} (3 x - 1)$	f to the negative 1 power, times, open paren, 3 x, minus 1, close paren	f tot die negatiewe 1 mag, maal, links hakkie, 3 x, minus 1, regs hakkie
15	$g^{- 1} (x^{2})$	g to the negative 1 power, times, open paren, x squared, close paren	g tot die negatiewe 1 mag, maal, links hakkie, x kwadraat, regs hakkie
16	$h^{- 1} (\frac{1}{2})$	h to the negative 1 power, times one half	h tot die negatiewe 1 mag, maal een helfte
17	$f^{- 1} (f (x))$	f to the negative 1 power, times, f times x	f tot die negatiewe 1 mag, maal, f maal x
18	$g^{- 1} (g (x))$	g to the negative 1 power, times, g times x	g tot die negatiewe 1 mag, maal, g maal x
19	$h^{- 1} (h (x))$	h to the negative 1 power, times, h times x	h tot die negatiewe 1 mag, maal, h maal x
20	$f^{- 1} (f (2 x))$	f to the negative 1 power, times, f times 2 x	f tot die negatiewe 1 mag, maal, f maal 2 x
21	$g^{- 1} (g (- 2 x))$	g to the negative 1 power, times, g times negative 2 x	g tot die negatiewe 1 mag, maal, g maal negatiewe 2 x
22	$h^{- 1} (h (\frac{1}{2}))$	h to the negative 1 power, times, h times one half	h tot die negatiewe 1 mag, maal, h maal een helfte
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	f tot die negatiewe 1 mag, maal, links hakkie, f maal, links hakkie, x plus 1, regs hakkie, regs hakkie, is gelyk aan 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	g tot die negatiewe 1 mag, maal, links hakkie, g maal, links hakkie, 2 x, plus 1, regs hakkie, regs hakkie
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	g tot die negatiewe 1 mag, maal, links hakkie, g maal, links hakkie, x kwadraat, regs hakkie, regs hakkie
26	$f (f^{- 1} (x))$	f times, open paren, f to the negative 1 power, times x, close paren	f maal, links hakkie, f tot die negatiewe 1 mag, maal x, regs hakkie
27	$g (g^{- 1} (x))$	g times, open paren, g to the negative 1 power, times x, close paren	g maal, links hakkie, g tot die negatiewe 1 mag, maal x, regs hakkie
28	$h (h^{- 1} (x))$	h times, open paren, h to the negative 1 power, times x, close paren	h maal, links hakkie, h tot die negatiewe 1 mag, maal x, regs hakkie
29	$f (f^{- 1} (2 x))$	f times, open paren, f to the negative 1 power, times 2 x, close paren	f maal, links hakkie, f tot die negatiewe 1 mag, maal 2 x, regs hakkie
30	$g (g^{- 1} (- 2 x))$	g times, open paren, g to the negative 1 power, times negative 2 x, close paren	g maal, links hakkie, g tot die negatiewe 1 mag, maal negatiewe 2 x, regs hakkie
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	f maal, links hakkie, f tot die negatiewe 1 mag, maal, links hakkie, 3 x, minus 1, regs hakkie, regs hakkie
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	g maal, links hakkie, g tot die negatiewe 1 mag, maal, links hakkie, x kwadraat, regs hakkie, regs hakkie
33	$h (h^{- 1} (\frac{1}{2}))$	h times, open paren, h to the negative 1 power, times one half, close paren	h maal, links hakkie, h tot die negatiewe 1 mag, maal een helfte, regs hakkie
34	$f (g (x))$	f times, g times x	f maal, g maal x
35	$f (g (x + 1))$	f times, open paren, g times, open paren, x plus 1, close paren, close paren	f maal, links hakkie, g maal, links hakkie, x plus 1, regs hakkie, regs hakkie
36	$h (g (x))$	h times, g times x	h maal, g maal 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	h maal, links hakkie, g maal, links hakkie, die breuk met teller x, en noemer x plus 1, regs hakkie, regs hakkie
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	links hakkie, f plus g, regs hakkie, maal x, is gelyk aan, f maal x, plus, g maal 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	links hakkie, f plus g, regs hakkie, maal, links hakkie, x plus 1, regs hakkie, is gelyk aan, f maal, links hakkie, x plus 1, regs hakkie, plus, g maal, links hakkie, x plus 1, regs hakkie
40	$(f \cdot g) (x)$	open paren, f times g, close paren, times x	links hakkie, f punt g, regs hakkie, maal x
41	$(f \cdot g) (2 x + 5)$	open paren, f times g, close paren, times, open paren, 2 x, plus 5, close paren	links hakkie, f punt g, regs hakkie, maal, links hakkie, 2 x, plus 5, regs hakkie
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	links hakkie, f oor g, regs hakkie, maal x, is gelyk aan, die breuk met teller, f maal x, en noemer, g maal 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	links hakkie, f oor g, regs hakkie, maal, links hakkie, 2 x, plus 5, regs hakkie, is gelyk aan, die breuk met teller, f maal, links hakkie, 2 x, plus 5, regs hakkie, en noemer, g maal, links hakkie, 2 x, plus 5, regs hakkie
44	$2 f (x)$	2, f times x	2, f maal x
45	$c f (x)$	c, f times x	c, f maal x
46	$f^{2} (x)$	f squared times x	f kwadraat maal x
47	$f^{2} (2 x + 1)$	f squared times, open paren, 2 x, plus 1, close paren	f kwadraat maal, links hakkie, 2 x, plus 1, regs hakkie
48	$f^{3} (x)$	f cubed times x	f tot die mag drie maal x
49	$f^{3} (2 x + 1)$	f cubed times, open paren, 2 x, plus 1, close paren	f tot die mag drie maal, links hakkie, 2 x, plus 1, regs hakkie
50	$f^{4} (x)$	f to the fourth power, times x	f tot die vierde mag, maal x
51	$f^{4} (2 x + 1)$	f to the fourth power, times, open paren, 2 x, plus 1, close paren	f tot die vierde mag, maal, links hakkie, 2 x, plus 1, regs hakkie
52	$f^{5} (x)$	f to the fifth power, times x	f tot die vyfde mag, maal x
53	$f^{5} (2 x + 1)$	f to the fifth power, times, open paren, 2 x, plus 1, close paren	f tot die vyfde mag, maal, links hakkie, 2 x, plus 1, regs hakkie
54	$f^{n} (x)$	f to the n-th power, times x	f tot die n-de mag, maal x
55	$f^{n} (2 x + 1)$	f to the n-th power, times, open paren, 2 x, plus 1, close paren	f tot die n-de mag, maal, links hakkie, 2 x, plus 1, regs hakkie
56	$g^{2} (x)$	g squared times x	g kwadraat maal x
57	$g^{2} (2 x + 1)$	g squared times, open paren, 2 x, plus 1, close paren	g kwadraat maal, links hakkie, 2 x, plus 1, regs hakkie
58	$h^{3} (x)$	h cubed times x	h tot die mag drie maal x
59	$h^{3} (2 x + 1)$	h cubed times, open paren, 2 x, plus 1, close paren	h tot die mag drie maal, links hakkie, 2 x, plus 1, regs hakkie
60	$g^{4} (x)$	g to the fourth power, times x	g tot die vierde mag, maal x
61	$g^{4} (2 x + 1)$	g to the fourth power, times, open paren, 2 x, plus 1, close paren	g tot die vierde mag, maal, links hakkie, 2 x, plus 1, regs hakkie
62	$h^{5} (x)$	h to the fifth power, times x	h tot die vyfde mag, maal x
63	$h^{5} (2 x + 1)$	h to the fifth power, times, open paren, 2 x, plus 1, close paren	h tot die vyfde mag, maal, links hakkie, 2 x, plus 1, regs hakkie
64	$g^{n} (x)$	g to the n-th power, times x	g tot die n-de mag, maal x
65	$g^{n} (2 x + 1)$	g to the n-th power, times, open paren, 2 x, plus 1, close paren	g tot die n-de mag, maal, links hakkie, 2 x, plus 1, regs hakkie
66	$f_{1} (x)$	f sub 1, times x	f onderskrif 1, maal x
67	$g_{2} (x^{3})$	g sub 2, times, open paren, x cubed, close paren	g onderskrif 2, maal, links hakkie, x tot die mag drie, regs hakkie
68	$h_{n} (3 x - 2)$	h sub n, times, open paren, 3 x, minus 2, close paren	h onderskrif n, maal, links hakkie, 3 x, minus 2, regs hakkie
69	$f_{1}^{- 1} (x)$	f sub 1, to the negative 1 power, times x	f onderskrif 1, tot die negatiewe 1 mag, maal 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	g onderskrif 2, tot die negatiewe 1 mag, maal, links hakkie, 2 x, plus 1, regs hakkie
71	$h_{n}^{- 1} (x)$	h sub n, to the negative 1 power, times x	h onderskrif n, tot die negatiewe 1 mag, maal 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	g onderskrif 1, tot die negatiewe 1 mag, maal, links hakkie, g onderskrif 2, maal x, regs hakkie
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	f onderskrif 1, maal, links hakkie, g onderskrif 2, tot die negatiewe 1 mag, maal x, regs hakkie
74	$f (x, y)$	f times, open paren, x comma y, close paren	f maal, links hakkie, x komma y, regs hakkie
75	$f (x, y, z)$	f times, open paren, x comma y comma z, close paren	f maal, links hakkie, x komma y komma z, regs hakkie
76	$f (x + 1, 2 y)$	f times, open paren, x plus 1, comma, 2 y, close paren	f maal, links hakkie, x plus 1, komma, 2 y, regs hakkie
77	$f (2 x, x + 1, x^{2})$	f times, open paren, 2 x, comma, x plus 1, comma, x squared, close paren	f maal, links hakkie, 2 x, komma, x plus 1, komma, x kwadraat, regs hakkie

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, Style: ImpliedTimes_Auto.

0	$2 (3)$	2 times 3	2 maal 3
1	$2 [3]$	2 times 3	2 maal 3
2	$2^{4} (3)$	2 to the fourth power, times 3	2 tot die vierde mag, maal 3
3	$2 (3 + 4)$	2 times, open paren, 3 plus 4, close paren	2 maal, links hakkie, 3 plus 4, regs hakkie
4	$2 [3 + 4]$	2 times, open bracket, 3 plus 4, close bracket	2 maal, links blokhakkie, 3 plus 4, regs blokhakkie
5	$(3) (2)$	3 times 2	3 maal 2
6	$2 {(3 + 4)}^{2}$	2 times, open paren, 3 plus 4, close paren, squared	2 maal, links hakkie, 3 plus 4, regs hakkie, kwadraat
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, times, open paren, 3 minus 6, close paren	links hakkie, 2 plus 7, regs hakkie, maal, links hakkie, 3 minus 6, regs hakkie
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, times, open bracket, 3 minus 6, close bracket	links blokhakkie, 2 plus 7, regs blokhakkie, maal, links blokhakkie, 3 minus 6, regs blokhakkie
9	$x (y + z)$	x times, open paren, y plus z, close paren	x maal, links hakkie, y plus z, regs hakkie
10	$2 (y + 1)$	2 times, open paren, y plus 1, close paren	2 maal, links hakkie, y plus 1, regs hakkie
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, times x	links hakkie, 2 minus 1, regs hakkie, maal x
12	$p_{1} (3 + 7)$	p sub 1, times, open paren, 3 plus 7, close paren	p onderskrif 1, maal, links hakkie, 3 plus 7, regs hakkie
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	p onderskrif 1, verhef tot die, a onderskrif 1, mag, p onderskrif 2, verhef tot die, a onderskrif 2, mag
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	links hakkie, x plus y, regs hakkie, tot die negatiewe 4 mag, maal, links hakkie, x minus y, regs hakkie, tot die negatiewe 4 mag
15	$2^{4 (x + y)}$	2 raised to the 4 times, open paren, x plus y, close paren, power	2 verhef tot die 4 maal, links hakkie, x plus y, regs hakkie, mag
16	$x y$	x y	x y
17	$x^{2} y^{3}$	x squared, y cubed	x kwadraat, y tot die mag drie
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power, x raised to the y plus 2 power	x verhef tot die y plus 1 mag, x verhef tot die y plus 2 mag
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	die vierkantswortel van a, die vierkantswortel van b, is gelyk aan die vierkantswortel van 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	die vierkantswortel van 3, die vierkantswortel van 10, is gelyk aan die vierkantswortel van 30
21	$2 \sqrt{3}$	2 the square root of 3	2 die vierkantswortel van 3
22	$1 + 2 \sqrt{3}$	1 plus 2 the square root of 3	1 plus 2 die vierkantswortel van 3
23	$f (x) = x^{2} (x + 1)$	f of x, equals x squared times, open paren, x plus 1, close paren	f van x, is gelyk aan x kwadraat maal, links hakkie, x plus 1, regs hakkie
24	$\sin x \cos y + \cos x \sin y$	sine x cosine y, plus, cosine x sine y	sinus x kosinus y, plus, kosinus x sinus 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	die sinus van, links hakkie, x plus y, regs hakkie, die kosinus van, links hakkie, x plus y, regs hakkie
26	$\log_{10} x y$	the log base 10 of, x y	die logaritme basis 10 van, 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	die logaritme van, links hakkie, x plus y, regs hakkie, is gelyk aan, logaritme x logaritme 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	die 2 by 2 matriks. Ry 1: 1, 3 Ry 2: 5, 2. maal die 2 by 2 matriks. Ry 1: 7, 4 Ry 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	2 maal, links hakkie, 3 maal, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs hakkie
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	2 maal, links blokhakkie, 3 maal, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs blokhakkie
31	$2 \| x \|$	2 times, the absolute value of x	2 maal, die absolute waarde van x
32	$\| x \| \| y \|$	the absolute value of x, times, the absolute value of y	die absolute waarde van x, maal, die absolute waarde van y
33	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, times, the absolute value of y minus 1	die absolute waarde van x plus 1, maal, die absolute waarde van y minus 1
34	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, times, the absolute value of y, minus 1	die absolute waarde van x plus 1, maal, die absolute waarde van 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	A is gelyk aan h van, links hakkie, die breuk met teller, b onderskrif 1, plus, b onderskrif 2, en noemer 2, regs hakkie
36	$a (0) = 0 (a) = 0$	a of 0, equals 0 times a equals 0	a van 0, is gelyk aan 0 maal a is gelyk aan 0
37	$a (- 1) = - a$	a of negative 1, equals negative a	a van negatiewe 1, is gelyk aan negatiewe a
38	$B (2, 6)$	B of, open paren, 2 comma 6, close paren	B van, links hakkie, 2 komma 6, regs hakkie
39	$p (w)$	p of w	p van w
40	$x (t) = 2 t + 4$	x of t, equals 2 t, plus 4	x van t, is gelyk aan 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	k van x, is gelyk aan, links hakkie, x plus 3, regs hakkie, maal, links hakkie, x minus 5, regs hakkie
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	T van t, is gelyk aan, T onderskrif s, plus, links hakkie, T onderskrif 0, minus, T onderskrif s, regs hakkie, maal e verhef tot die negatiewe k t, mag
43	$V = l w (8)$	V equals script l, w of 8	V is gelyk aan skrif l, w van 8

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, 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	f maal x, is gelyk aan x kwadraat maal, links hakkie, x plus 1, regs hakkie
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	A is gelyk aan, h maal, links hakkie, die breuk met teller, b onderskrif 1, plus, b onderskrif 2, en noemer 2, regs hakkie
2	$a (0) = 0 (a) = 0$	a times 0, equals 0 times a equals 0	a maal 0, is gelyk aan 0 maal a is gelyk aan 0
3	$a (- 1) = - a$	a times negative 1, equals negative a	a maal negatiewe 1, is gelyk aan negatiewe a
4	$B (2, 6)$	B times, open paren, 2 comma 6, close paren	B maal, links hakkie, 2 komma 6, regs hakkie

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, 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	2 maal, links hakkie, 3 maal, tweede links hakkie, derde links hakkie, 4 plus 5, derde regs hakkie, plus 6, tweede regs hakkie, regs hakkie
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	2 maal, links blokhakkie, 3 maal, links hakkie, tweede links hakkie, 4 plus 5, tweede regs hakkie, plus 6, regs hakkie, regs blokhakkie

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, 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	die absolute waarde van x plus 1, end absolute waarde van, maal, die absolute waarde van y minus 1, end absolute waarde van
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	die absolute waarde van x plus 1, end absolute waarde van, maal, die absolute waarde van y, end absolute waarde van, minus 1

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, Style: ImpliedTimes_MoreImpliedTimes.

0	$2 (3)$	2 times 3	2 maal 3
1	$2 [3]$	2 times 3	2 maal 3
2	$2^{4} (3)$	2 to the fourth power, times 3	2 tot die vierde mag, maal 3
3	$2 (3 + 4)$	2 times, open paren, 3 plus 4, close paren	2 maal, links hakkie, 3 plus 4, regs hakkie
4	$2 [3 + 4]$	2 times, open bracket, 3 plus 4, close bracket	2 maal, links blokhakkie, 3 plus 4, regs blokhakkie
5	$(3) (2)$	3 times 2	3 maal 2
6	$2 {(3 + 4)}^{2}$	2 times, open paren, 3 plus 4, close paren, squared	2 maal, links hakkie, 3 plus 4, regs hakkie, kwadraat
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, times, open paren, 3 minus 6, close paren	links hakkie, 2 plus 7, regs hakkie, maal, links hakkie, 3 minus 6, regs hakkie
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, times, open bracket, 3 minus 6, close bracket	links blokhakkie, 2 plus 7, regs blokhakkie, maal, links blokhakkie, 3 minus 6, regs blokhakkie
9	$x (y + z)$	x times, open paren, y plus z, close paren	x maal, links hakkie, y plus z, regs hakkie
10	$2 (y + 1)$	2 times, open paren, y plus 1, close paren	2 maal, links hakkie, y plus 1, regs hakkie
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, times x	links hakkie, 2 minus 1, regs hakkie, maal x
12	$p_{1} (3 + 7)$	p sub 1, times, open paren, 3 plus 7, close paren	p onderskrif 1, maal, links hakkie, 3 plus 7, regs hakkie
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	p onderskrif 1, verhef tot die, a onderskrif 1, mag, maal, p onderskrif 2, verhef tot die, a onderskrif 2, mag
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	links hakkie, x plus y, regs hakkie, tot die negatiewe 4 mag, maal, links hakkie, x minus y, regs hakkie, tot die negatiewe 4 mag
15	$2^{4 (x + y)}$	2 raised to the 4 times, open paren, x plus y, close paren, power	2 verhef tot die 4 maal, links hakkie, x plus y, regs hakkie, mag
16	$x y$	x times y	x maal y
17	$x^{2} y^{3}$	x squared times y cubed	x kwadraat maal y tot die mag drie
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power, times x raised to the y plus 2 power	x verhef tot die y plus 1 mag, maal x verhef tot die y plus 2 mag
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	die vierkantswortel van a, maal die vierkantswortel van b, is gelyk aan die vierkantswortel van a maal 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	die vierkantswortel van 3, maal die vierkantswortel van 10, is gelyk aan die vierkantswortel van 30
21	$2 \sqrt{3}$	2 times the square root of 3	2 maal die vierkantswortel van 3
22	$1 + 2 \sqrt{3}$	1 plus 2 times the square root of 3	1 plus 2 maal die vierkantswortel van 3
23	$f (x) = x^{2} (x + 1)$	f of x, equals x squared times, open paren, x plus 1, close paren	f van x, is gelyk aan x kwadraat maal, links hakkie, x plus 1, regs hakkie
24	$\sin x \cos y + \cos x \sin y$	sine x, times cosine y plus cosine x, times sine y	sinus x, maal kosinus y plus kosinus x, maal sinus 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	die sinus van, links hakkie, x plus y, regs hakkie, maal, die kosinus van, links hakkie, x plus y, regs hakkie
26	$\log_{10} x y$	the log base 10 of, x times y	die logaritme basis 10 van, x maal 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	die logaritme van, links hakkie, x plus y, regs hakkie, is gelyk aan logaritme x, maal logaritme 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	die 2 by 2 matriks. Ry 1: 1, 3 Ry 2: 5, 2. maal die 2 by 2 matriks. Ry 1: 7, 4 Ry 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	2 maal, links hakkie, 3 maal, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs hakkie
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	2 maal, links blokhakkie, 3 maal, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs blokhakkie
31	$2 \| x \|$	2 times, the absolute value of x	2 maal, die absolute waarde van x
32	$\| x \| \| y \|$	the absolute value of x, times, the absolute value of y	die absolute waarde van x, maal, die absolute waarde van y
33	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, times, the absolute value of y minus 1	die absolute waarde van x plus 1, maal, die absolute waarde van y minus 1
34	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, times, the absolute value of y, minus 1	die absolute waarde van x plus 1, maal, die absolute waarde van y, minus 1

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, 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

f maal x, is gelyk aan x kwadraat maal, links hakkie, x plus 1, regs hakkie

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, 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	2 maal, links hakkie, 3 maal, tweede links hakkie, derde links hakkie, 4 plus 5, derde regs hakkie, plus 6, tweede regs hakkie, regs hakkie
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	2 maal, links blokhakkie, 3 maal, links hakkie, tweede links hakkie, 4 plus 5, tweede regs hakkie, plus 6, regs hakkie, regs blokhakkie

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, 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	die absolute waarde van x plus 1, end absolute waarde van, maal, die absolute waarde van y minus 1, end absolute waarde van
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	die absolute waarde van x plus 1, end absolute waarde van, maal, die absolute waarde van y, end absolute waarde van, minus 1

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, Style: ImpliedTimes_None.

0	$2 (3)$	2, open paren, 3, close paren	2, links hakkie, 3, regs hakkie
1	$2 [3]$	2, open bracket, 3, close bracket	2, links blokhakkie, 3, regs blokhakkie
2	$2^{4} (3)$	2 to the fourth power, open paren, 3, close paren	2 tot die vierde mag, links hakkie, 3, regs hakkie
3	$2 (3 + 4)$	2, open paren, 3 plus 4, close paren	2, links hakkie, 3 plus 4, regs hakkie
4	$2 [3 + 4]$	2, open bracket, 3 plus 4, close bracket	2, links blokhakkie, 3 plus 4, regs blokhakkie
5	$(3) (2)$	open paren, 3, close paren, open paren, 2, close paren	links hakkie, 3, regs hakkie, links hakkie, 2, regs hakkie
6	$2 {(3 + 4)}^{2}$	2, open paren, 3 plus 4, close paren, squared	2, links hakkie, 3 plus 4, regs hakkie, kwadraat
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, open paren, 3 minus 6, close paren	links hakkie, 2 plus 7, regs hakkie, links hakkie, 3 minus 6, regs hakkie
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, open bracket, 3 minus 6, close bracket	links blokhakkie, 2 plus 7, regs blokhakkie, links blokhakkie, 3 minus 6, regs blokhakkie
9	$x (y + z)$	x, open paren, y plus z, close paren	x, links hakkie, y plus z, regs hakkie
10	$2 (y + 1)$	2, open paren, y plus 1, close paren	2, links hakkie, y plus 1, regs hakkie
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, x	links hakkie, 2 minus 1, regs hakkie, x
12	$p_{1} (3 + 7)$	p sub 1, open paren, 3 plus 7, close paren	p onderskrif 1, links hakkie, 3 plus 7, regs hakkie
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	p onderskrif 1, verhef tot die, a onderskrif 1, mag, p onderskrif 2, verhef tot die, a onderskrif 2, mag
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	links hakkie, x plus y, regs hakkie, tot die negatiewe 4 mag, links hakkie, x minus y, regs hakkie, tot die negatiewe 4 mag
15	$2^{4 (x + y)}$	2 raised to the 4, open paren, x plus y, close paren, power	2 verhef tot die 4, links hakkie, x plus y, regs hakkie, mag
16	$x y$	x y	x y
17	$x^{2} y^{3}$	x squared y cubed	x kwadraat y tot die mag drie
18	$x^{y + 1} x^{y + 2}$	x raised to the y plus 1 power, x raised to the y plus 2 power	x verhef tot die y plus 1 mag, x verhef tot die y plus 2 mag
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	die vierkantswortel van a, die vierkantswortel van b, is gelyk aan die vierkantswortel van 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	die vierkantswortel van 3, die vierkantswortel van 10, is gelyk aan die vierkantswortel van 30
21	$2 \sqrt{3}$	2 the square root of 3	2 die vierkantswortel van 3
22	$1 + 2 \sqrt{3}$	1 plus 2 the square root of 3	1 plus 2 die vierkantswortel van 3
23	$\sin x \cos y + \cos x \sin y$	sine x cosine y, plus, cosine x sine y	sinus x kosinus y, plus, kosinus x sinus y
24	$\log_{10} x y$	the log base 10 of, x y	die logaritme basis 10 van, 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	die logaritme van, links hakkie, x plus y, regs hakkie, is gelyk aan, logaritme x logaritme 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	die 2 by 2 matriks. Ry 1: 1, 3 Ry 2: 5, 2. die 2 by 2 matriks. Ry 1: 7, 4 Ry 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	2, links hakkie, 3, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs hakkie
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	2, links blokhakkie, 3, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs blokhakkie
29	$2 \| x \|$	2, the absolute value of x	2, die absolute waarde van x
30	$\| x \| \| y \|$	the absolute value of x, the absolute value of y	die absolute waarde van x, die absolute waarde van y
31	$\| x + 1 \| \| y - 1 \|$	the absolute value of x plus 1, the absolute value of y minus 1	die absolute waarde van x plus 1, die absolute waarde van y minus 1
32	$\| x + 1 \| \| y \| - 1$	the absolute value of x plus 1, the absolute value of y, minus 1	die absolute waarde van x plus 1, die absolute waarde van y, minus 1
33	$f (x) = x^{2} (x + 1)$	f of x, equals x squared, open paren, x plus 1, close paren	f van x, is gelyk aan x kwadraat, links hakkie, x plus 1, regs hakkie
34	$\log (x + y) = \log x \log y$	the log of, open paren, x plus y, close paren, equals, log x log y	die logaritme van, links hakkie, x plus y, regs hakkie, is gelyk aan, logaritme x logaritme y

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, Style: ImpliedTimes_None:Functions_Auto.

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

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

f van x, is gelyk aan x kwadraat, links hakkie, x plus 1, regs hakkie

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, 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	2, links hakkie, 3, tweede links hakkie, derde links hakkie, 4 plus 5, derde regs hakkie, plus 6, tweede regs hakkie, regs hakkie
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, links blokhakkie, 3, links hakkie, tweede links hakkie, 4 plus 5, tweede regs hakkie, plus 6, regs hakkie, regs blokhakkie
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	2, links hakkie, 3, tweede links hakkie, derde links hakkie, 4 plus 5, derde regs hakkie, plus 6, tweede regs hakkie, regs hakkie
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	2, links blokhakkie, 3, links hakkie, tweede links hakkie, 4 plus 5, tweede regs hakkie, plus 6, regs hakkie, regs blokhakkie

Afrikaans Clearspeak ImpliedTimes rule tests. Locale: af, Style: ImpliedTimes_None:Paren_Silent.

0	$2 (3)$	2, open paren, 3, close paren	2, links hakkie, 3, regs hakkie
1	$2 [3]$	2, open bracket, 3, close bracket	2, links blokhakkie, 3, regs blokhakkie
2	$2^{4} (3)$	2 to the fourth power, open paren, 3, close paren	2 tot die vierde mag, links hakkie, 3, regs hakkie
3	$2 (3 + 4)$	2, open paren, 3 plus 4, close paren	2, links hakkie, 3 plus 4, regs hakkie
4	$2 [3 + 4]$	2, open bracket, 3 plus 4, close bracket	2, links blokhakkie, 3 plus 4, regs blokhakkie
5	$(3) (2)$	open paren, 3, close paren, open paren, 2, close paren	links hakkie, 3, regs hakkie, links hakkie, 2, regs hakkie
6	$2 {(3 + 4)}^{2}$	2, open paren, 3 plus 4, close paren, squared	2, links hakkie, 3 plus 4, regs hakkie, kwadraat
7	$(2 + 7) (3 - 6)$	open paren, 2 plus 7, close paren, open paren, 3 minus 6, close paren	links hakkie, 2 plus 7, regs hakkie, links hakkie, 3 minus 6, regs hakkie
8	$[2 + 7] [3 - 6]$	open bracket, 2 plus 7, close bracket, open bracket, 3 minus 6, close bracket	links blokhakkie, 2 plus 7, regs blokhakkie, links blokhakkie, 3 minus 6, regs blokhakkie
9	$x (y + z)$	x, open paren, y plus z, close paren	x, links hakkie, y plus z, regs hakkie
10	$2 (y + 1)$	2, open paren, y plus 1, close paren	2, links hakkie, y plus 1, regs hakkie
11	$(2 - 1) x$	open paren, 2 minus 1, close paren, x	links hakkie, 2 minus 1, regs hakkie, x
12	$p_{1} (3 + 7)$	p sub 1, open paren, 3 plus 7, close paren	p onderskrif 1, links hakkie, 3 plus 7, regs hakkie
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	links hakkie, x plus y, regs hakkie, tot die negatiewe 4 mag, links hakkie, x minus y, regs hakkie, tot die negatiewe 4 mag
14	$2^{4 (x + y)}$	2 raised to the 4, open paren, x plus y, close paren, power	2 verhef tot die 4, links hakkie, x plus y, regs hakkie, mag
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	die 2 by 2 matriks. Ry 1: 1, 3 Ry 2: 5, 2. die 2 by 2 matriks. Ry 1: 7, 4 Ry 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	2, links hakkie, 3, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs hakkie
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	2, links blokhakkie, 3, links hakkie, links hakkie, 4 plus 5, regs hakkie, plus 6, regs hakkie, regs blokhakkie

Afrikaans Clearspeak Logarithms rule tests. Locale: af, Style: Log_Auto.

0	$\log x$	log x	logaritme x
1	$\log_{10} x$	the log base 10 of, x	die logaritme basis 10 van, 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	die logaritme basis b van, a x, is gelyk aan, die logaritme basis b van, a, plus, die logaritme basis b van, 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	die logaritme basis b van, S oor T, is gelyk aan, die logaritme basis b van, S, minus, die logaritme basis b van, 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	die logaritme basis b van, links hakkie, x tot die k-de mag, regs hakkie, is gelyk aan k, die logaritme basis b van, x
5	$10^{\log_{10} x} = x$	10 raised to the log base 10 of, x, power, equals x	10 verhef tot die logaritme basis 10 van, x, mag, is gelyk aan x
6	$\log_{10} 10^{x} = x$	the log base 10 of, 10 to the x-th power, equals x	die logaritme basis 10 van, 10 tot die x-de mag, is gelyk aan x
7	$10^{\log_{10} 5} = 5$	10 raised to the log base 10 of, 5, power, equals 5	10 verhef tot die logaritme basis 10 van, 5, mag, is gelyk aan 5
8	$\log_{10} 10^{3} = 3$	the log base 10 of, 10 cubed, equals 3	die logaritme basis 10 van, 10 tot die mag drie, is gelyk aan 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	die logaritme basis a van, x, is gelyk aan, die logaritme basis b van, x, oor, die logaritme basis b van, 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	die logaritme basis 10 van, 18, oor, die logaritme basis 10 van, 3, is gelyk aan, die logaritme basis 3 van, 18
11	$\frac{\log x}{\log a}$	log x over log a	logaritme x oor logaritme a
12	$\log (x + 1)$	the log of, open paren, x plus 1, close paren	die logaritme van, links hakkie, x plus 1, regs hakkie
13	$\log {(x + 1)}^{2}$	the log of, open paren, x plus 1, close paren, squared	die logaritme van, links hakkie, x plus 1, regs hakkie, kwadraat
14	$\log (x y)$	log x y	logaritme 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	die breuk met teller, die logaritme van, links hakkie, x plus 1, regs hakkie, en noemer, die logaritme van, links hakkie, x plus 2, regs hakkie
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	die breuk met teller, die logaritme basis 6 van, links hakkie, x plus 1, regs hakkie, en noemer, die logaritme basis 6 van, links hakkie, x plus 2, regs hakkie
17	$\frac{\log 40 + \log 60}{\log 5}$	the fraction with numerator log 40 plus log 60, and denominator log 5	die breuk met teller logaritme 40 plus logaritme 60, en noemer logaritme 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	die breuk met teller, die logaritme basis 3 van, 40, plus, die logaritme basis 3 van, 60, en noemer, die logaritme basis 3 van, 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	die logaritme van, links hakkie, 3 tot die vierde mag, 12 tot die negende mag, regs hakkie, is gelyk aan 4 logaritme 3, plus 9 logaritme 12
20	$\log (\frac{x}{y})$	the log of, open paren, x over y, close paren	die logaritme van, links hakkie, x oor y, regs hakkie
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	die logaritme van, links hakkie, die breuk met teller 3 tot die vierde mag, en noemer 8 tot die tiende mag, regs hakkie, is gelyk aan 4 logaritme 3, minus 10 logaritme 8
22	$10^{\log x}$	10 raised to the log x power	10 verhef tot die logaritme x mag
23	$\ln x$	l n 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	l n x, minus l n van, links hakkie, x minus 1, regs hakkie, is gelyk aan l n van, links hakkie, die breuk met teller x, en noemer x minus 1, regs hakkie
25	$\ln (e^{x}) = x$	l n of, open paren, e to the x-th power, close paren, equals x	l n van, links hakkie, e tot die x-de mag, regs hakkie, is gelyk aan x
26	$e^{\ln x} = x$	e raised to the l n x power, equals x	e verhef tot die l n x mag, is gelyk aan x
27	$\ln (e^{x}) = x$	l n of, open paren, e to the x-th power, close paren, equals x	l n van, links hakkie, e tot die x-de mag, regs hakkie, is gelyk aan x
28	$e^{\ln 4} = 4$	e raised to the l n 4 power, equals 4	e verhef tot die l n 4 mag, is gelyk aan 4
29	$\frac{\ln 40}{\ln 5} = \log_{5} 40$	l n 40, over l n 5, equals, the log base 5 of, 40	l n 40, oor l n 5, is gelyk aan, die logaritme basis 5 van, 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	die breuk met teller l n 40, plus l n 60, en noemer l n 5

Afrikaans Clearspeak Logarithms rule tests. Locale: af, Style: Log_LnAsNaturalLog.

0	$\ln x$	natural log x	natuurlike logaritme 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	natuurlike logaritme x, minus, die natuurlike logaritme van, links hakkie, x minus 1, regs hakkie, is gelyk aan, die natuurlike logaritme van, links hakkie, die breuk met teller x, en noemer x minus 1, regs hakkie
2	$\ln (e^{x}) = x$	the natural log of, open paren, e to the x-th power, close paren, equals x	die natuurlike logaritme van, links hakkie, e tot die x-de mag, regs hakkie, is gelyk aan x
3	$e^{\ln x} = x$	e raised to the natural log x power, equals x	e verhef tot die natuurlike logaritme x mag, is gelyk aan x
4	$\ln (e^{x}) = x$	the natural log of, open paren, e to the x-th power, close paren, equals x	die natuurlike logaritme van, links hakkie, e tot die x-de mag, regs hakkie, is gelyk aan x
5	$e^{\ln 4} = 4$	e raised to the natural log 4 power, equals 4	e verhef tot die natuurlike logaritme 4 mag, is gelyk aan 4
6	$\frac{\ln 40}{\ln 5} = \log_{5} 40$	natural log 40, over natural log 5, equals, the log base 5 of, 40	natuurlike logaritme 40, oor natuurlike logaritme 5, is gelyk aan, die logaritme basis 5 van, 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	die breuk met teller natuurlike logaritme 40, plus natuurlike logaritme 60, en noemer natuurlike logaritme 5

Afrikaans Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: af, 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	die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 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	die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 2: 0, 2, 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix. 1, 2, 3	die 3 by 1 kolom matriks. 1, 2, 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix. 1, 2, 3	die 3 by 1 kolom matriks. 1, 2, 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. 3, 5	die 1 by 2 ry matriks. 3, 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. 3, 5	die 1 by 2 ry matriks. 3, 5
8	$\begin{matrix} (3) \end{matrix}$	the 1 by 1 matrix with entry 3	die 1 by 1 matriks met waarde 3
9	$(\begin{matrix} 3 \end{matrix})$	the 1 by 1 matrix with entry 3	die 1 by 1 matriks met waarde 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	die 2 by 1 kolom matriks. Ry 1: x plus 1 Ry 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	die 4 by 1 kolom matriks. Ry 1: 3 Ry 2: 6 Ry 3: 1 Ry 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	die 1 by 2 ry matriks. kolom 1: x plus 1 kolom 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	die 1 by 4 ry matriks. kolom 1: 3 kolom 2: 6 kolom 3: 1 kolom 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	die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die 2 by 5 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 5; Kolom 5, 3. Ry 2: Kolom 1, 3; Kolom 2, 4; Kolom 3, 2; Kolom 4, 7; Kolom 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	die 4 by 2 matriks. Ry 1: Kolom 1, 1; Kolom 2, 3. Ry 2: Kolom 1, 4; Kolom 2, 2. Ry 3: Kolom 1, 2; Kolom 2, 1. Ry 4: Kolom 1, 0; Kolom 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	die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1 minus x; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 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	die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde
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	die 2 by 2 matriks. Ry 1: b onderskrif 1 1, b onderskrif 1 2 Ry 2: b onderskrif 2 1, b onderskrif 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	3 maal die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. maal die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 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	die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde. maal die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1 minus x; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 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	die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 4, 0. maal die 4 by 2 matriks. Ry 1: Kolom 1, 1; Kolom 2, 3. Ry 2: Kolom 1, 4; Kolom 2, 2. Ry 3: Kolom 1, 2; Kolom 2, 1. Ry 4: Kolom 1, 0; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde
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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde

Afrikaans Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: af, 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	die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 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	die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 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	die 3 by 1 kolom matriks. Ry 1: 1 Ry 2: 2 Ry 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	die 3 by 1 kolom matriks. Ry 1: 1 Ry 2: 2 Ry 3: 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. Column 1: 3 Column 2: 5	die 1 by 2 ry matriks. kolom 1: 3 kolom 2: 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. Column 1: 3 Column 2: 5	die 1 by 2 ry matriks. kolom 1: 3 kolom 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	die 1 by 4 ry matriks. kolom 1: 1 kolom 2: 2 kolom 3: 3 kolom 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	die 1 by 4 ry matriks. kolom 1: 1 kolom 2: 2 kolom 3: 3 kolom 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	die 4 by 1 kolom matriks. Ry 1: 1 Ry 2: 2 Ry 3: 3 Ry 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	die 4 by 1 kolom matriks. Ry 1: 1 Ry 2: 2 Ry 3: 3 Ry 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	die 2 by 1 kolom matriks. Ry 1: x plus 1 Ry 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	die 4 by 1 kolom matriks. Ry 1: 3 Ry 2: 6 Ry 3: 1 Ry 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	die 1 by 2 ry matriks. kolom 1: x plus 1 kolom 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	die 1 by 4 ry matriks. kolom 1: 3 kolom 2: 6 kolom 3: 1 kolom 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	die 3 by 3 matriks. Ry 1: Kolom 1, 2; Kolom 2, 4; Kolom 3, 1. Ry 2: Kolom 1, 3; Kolom 2, 5; Kolom 3, 2. Ry 3: Kolom 1, 1; Kolom 2, 4; Kolom 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	die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die 2 by 5 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 5; Kolom 5, 3. Ry 2: Kolom 1, 3; Kolom 2, 4; Kolom 3, 2; Kolom 4, 7; Kolom 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	die 4 by 2 matriks. Ry 1: Kolom 1, 1; Kolom 2, 3. Ry 2: Kolom 1, 4; Kolom 2, 2. Ry 3: Kolom 1, 2; Kolom 2, 1. Ry 4: Kolom 1, 0; Kolom 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	die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1 minus x; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 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	die 2 by 2 matriks. Ry 1: Kolom 1, 2 x; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die 2 by 2 matriks. Ry 1: Kolom 1, 2 x; Kolom 2, y. Ry 2: Kolom 1, een helfte; Kolom 2, twee derdes
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	die 2 by 2 matriks. Ry 1: Kolom 1, een helfte; Kolom 2, twee derdes. Ry 2: Kolom 1, drie kwarte; Kolom 2, een vyfde
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	die 2 by 2 matriks. Ry 1: Kolom 1, b onderskrif 1 1; Kolom 2, b onderskrif 1 2. Ry 2: Kolom 1, b onderskrif 2 1; Kolom 2, b onderskrif 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	3 maal die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 2, 5. maal die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 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	die 2 by 2 matriks. Ry 1: Kolom 1, een helfte; Kolom 2, twee derdes. Ry 2: Kolom 1, drie kwarte; Kolom 2, een vyfde. maal die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1 minus x; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 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	die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 4, 0. maal die 4 by 2 matriks. Ry 1: Kolom 1, 1; Kolom 2, 3. Ry 2: Kolom 1, 4; Kolom 2, 2. Ry 3: Kolom 1, 2; Kolom 2, 1. Ry 4: Kolom 1, 0; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 3 by 3 matriks. Ry 1: Kolom 1, 2; Kolom 2, 4; Kolom 3, 1. Ry 2: Kolom 1, 3; Kolom 2, 5; Kolom 3, 2. Ry 3: Kolom 1, 1; Kolom 2, 4; Kolom 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	die determinant van die 3 by 3 matriks. Ry 1: Kolom 1, 2; Kolom 2, 4; Kolom 3, 1. Ry 2: Kolom 1, 3; Kolom 2, 5; Kolom 3, 2. Ry 3: Kolom 1, 1; Kolom 2, 4; Kolom 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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2 x; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2 x; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2 x; Kolom 2, y. Ry 2: Kolom 1, een helfte; Kolom 2, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2 x; Kolom 2, y. Ry 2: Kolom 1, een helfte; Kolom 2, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, een helfte; Kolom 2, twee derdes. Ry 2: Kolom 1, drie kwarte; Kolom 2, een vyfde
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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, een helfte; Kolom 2, twee derdes. Ry 2: Kolom 1, drie kwarte; Kolom 2, een vyfde

Afrikaans Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: af, 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	die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 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	die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 2: 0, 2, 6
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix. 1, 2, 3	die 3 by 1 kolom matriks. 1, 2, 3
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix. 1, 2, 3	die 3 by 1 kolom matriks. 1, 2, 3
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. 3, 5	die 1 by 2 ry matriks. 3, 5
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. 3, 5	die 1 by 2 ry matriks. 3, 5
8	$(\begin{matrix} x + 1 \\ x - 1 \end{matrix})$	the 2 by 1 column matrix. x plus 1, x minus 1	die 2 by 1 kolom matriks. 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	die 4 by 1 kolom matriks. 3, 6, 1, 2
10	$(\begin{matrix} x + 1 & 2 x \end{matrix})$	the 1 by 2 row matrix. x plus 1, 2 x	die 1 by 2 ry matriks. x plus 1, 2 x
11	$(\begin{matrix} 3 & 6 & 1 & 2 \end{matrix})$	the 1 by 4 row matrix. 3, 6, 1, 2	die 1 by 4 ry matriks. 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	die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die 4 by 4 matriks. Ry 1: 0, 3, 4, 3 Ry 2: 2, 1, 0, 9 Ry 3: 3, 0, 2, 1 Ry 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	die 2 by 5 matriks. Ry 1: 2, 1, 0, 5, 3 Ry 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	die 4 by 2 matriks. Ry 1: 1, 3 Ry 2: 4, 2 Ry 3: 2, 1 Ry 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	die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die 2 by 3 matriks. Ry 1: 3, 1 minus x, 4 Ry 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	die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde
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	die 2 by 2 matriks. Ry 1: b onderskrif 1 1, b onderskrif 1 2 Ry 2: b onderskrif 2 1, b onderskrif 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	3 maal die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. maal die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 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	die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde. maal die 2 by 3 matriks. Ry 1: 3, 1 minus x, 4 Ry 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	die 4 by 4 matriks. Ry 1: 0, 3, 4, 3 Ry 2: 2, 1, 0, 9 Ry 3: 3, 0, 2, 1 Ry 4: 6, 2, 9, 0. maal die 4 by 2 matriks. Ry 1: 1, 3 Ry 2: 4, 2 Ry 3: 2, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 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	die determinant van die 4 by 4 matriks. Ry 1: 0, 3, 4, 3 Ry 2: 2, 1, 0, 9 Ry 3: 3, 0, 2, 1 Ry 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	die determinant van die 4 by 4 matriks. Ry 1: 0, 3, 4, 3 Ry 2: 2, 1, 0, 9 Ry 3: 3, 0, 2, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes
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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde
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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde

Afrikaans Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: af, 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	die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. end matriks
1	$[\begin{matrix} 2 & 1 \\ 7 & 5 \end{matrix}]$	the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix	die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. end matriks
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	die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 2: 0, 2, 6. end matriks
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	die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 2: 0, 2, 6. end matriks
4	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column matrix. 1, 2, 3. end matrix	die 3 by 1 kolom matriks. 1, 2, 3. end matriks
5	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column matrix. 1, 2, 3. end matrix	die 3 by 1 kolom matriks. 1, 2, 3. end matriks
6	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row matrix. 3, 5. end matrix	die 1 by 2 ry matriks. 3, 5. end matriks
7	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row matrix. 3, 5. end matrix	die 1 by 2 ry matriks. 3, 5. end matriks
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	die 2 by 1 kolom matriks. Ry 1: x plus 1 Ry 2: x minus 1. end matriks
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	die 4 by 1 kolom matriks. Ry 1: 3 Ry 2: 6 Ry 3: 1 Ry 4: 2. end matriks
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	die 1 by 2 ry matriks. kolom 1: x plus 1 kolom 2: 2 x. end matriks
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	die 1 by 4 ry matriks. kolom 1: 3 kolom 2: 6 kolom 3: 1 kolom 4: 2. end matriks
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	die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 3: 1, 4, 7. end matriks
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	die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 4, 0. end matriks
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	die 2 by 5 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 5; Kolom 5, 3. Ry 2: Kolom 1, 3; Kolom 2, 4; Kolom 3, 2; Kolom 4, 7; Kolom 5, 0. end matriks
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	die 4 by 2 matriks. Ry 1: Kolom 1, 1; Kolom 2, 3. Ry 2: Kolom 1, 4; Kolom 2, 2. Ry 3: Kolom 1, 2; Kolom 2, 1. Ry 4: Kolom 1, 0; Kolom 2, 5. end matriks
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	die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 2, 5 plus x. end matriks
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	die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1 minus x; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 3, 6. end matriks
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	die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 2: 7, 5. end matriks
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	die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes. end matriks
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	die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde. end matriks
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	die 2 by 2 matriks. Ry 1: b onderskrif 1 1, b onderskrif 1 2 Ry 2: b onderskrif 2 1, b onderskrif 2 2. end matriks
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	3 maal die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. end matriks maal die 2 by 3 matriks. Ry 1: 3, 1, 4 Ry 2: 0, 2, 6. end matriks
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	die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde. end matriks maal die 2 by 3 matriks. Ry 1: Kolom 1, 3; Kolom 2, 1 minus x; Kolom 3, 4. Ry 2: Kolom 1, 0; Kolom 2, 2; Kolom 3, 6. end matriks
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	die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 4, 0. end matriks maal die 4 by 2 matriks. Ry 1: Kolom 1, 1; Kolom 2, 3. Ry 2: Kolom 1, 4; Kolom 2, 2. Ry 3: Kolom 1, 2; Kolom 2, 1. Ry 4: Kolom 1, 0; Kolom 2, 5. end matriks
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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. sluit 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	die determinant van die 2 by 2 matriks. Ry 1: 2, 1 Ry 2: 7, 5. end matriks
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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 3: 1, 4, 7. sluit 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	die determinant van die 3 by 3 matriks. Ry 1: 2, 4, 1 Ry 2: 3, 5, 2 Ry 3: 1, 4, 7. end matriks
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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 4, 0. sluit 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	die determinant van die 4 by 4 matriks. Ry 1: Kolom 1, 0; Kolom 2, 3; Kolom 3, 4; Kolom 4, 3. Ry 2: Kolom 1, 2; Kolom 2, 1; Kolom 3, 0; Kolom 4, 9. Ry 3: Kolom 1, 3; Kolom 2, 0; Kolom 3, 2; Kolom 4, 1. Ry 4: Kolom 1, 6; Kolom 2, 2; Kolom 3, 9; Kolom 4, 0. end matriks
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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 2, 5 plus x. sluit 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	die determinant van die 2 by 2 matriks. Ry 1: Kolom 1, 2; Kolom 2, 1. Ry 2: Kolom 1, 7; Kolom 2, 5 plus x. end matriks
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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 2: 7, 5. sluit 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, 1 Ry 2: 7, 5. end matriks
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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes. sluit 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	die determinant van die 2 by 2 matriks. Ry 1: 2 x, y Ry 2: een helfte, twee derdes. end matriks
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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde. sluit 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	die determinant van die 2 by 2 matriks. Ry 1: een helfte, twee derdes Ry 2: drie kwarte, een vyfde. end matriks

Afrikaans Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: af, Style: Matrix_Vector.

0	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column vector. 1, 2, 3	die 3 by 1 kolom vektor. 1, 2, 3
1	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column vector. 1, 2, 3	die 3 by 1 kolom vektor. 1, 2, 3
2	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row vector. 3, 5	die 1 by 2 ry vektor. 3, 5
3	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row vector. 3, 5	die 1 by 2 ry vektor. 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	die 2 by 1 kolom vektor. Ry 1: x plus 1 Ry 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	die 4 by 1 kolom vektor. Ry 1: 3 Ry 2: 6 Ry 3: 1 Ry 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	die 1 by 2 ry vektor. Kolom 1: x plus 1 Kolom 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	die 1 by 2 ry vektor. 3, 2. maal die 2 by 2 matriks. Ry 1: 0, 5 Ry 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	die 1 by 3 ry vektor. 1, 2, 7. maal die 3 by 3 matriks. Ry 1: 3, 5, 4 Ry 2: 8, 0, 6 Ry 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	die 2 by 2 matriks. Ry 1: 0, 5 Ry 2: 9, 4. maal die 2 by 1 kolom vektor. 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	die 3 by 3 matriks. Ry 1: 3, 5, 4 Ry 2: 8, 0, 6 Ry 3: 1, 4, 2. maal die 3 by 1 kolom vektor. 1, 2, 7

Afrikaans Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: af, Style: Matrix_EndVector.

0	$(\begin{matrix} 1 \\ 2 \\ 3 \end{matrix})$	the 3 by 1 column vector. 1, 2, 3. end vector	die 3 by 1 kolom vektor. 1, 2, 3. end vektor
1	$[\begin{matrix} 1 \\ 2 \\ 3 \end{matrix}]$	the 3 by 1 column vector. 1, 2, 3. end vector	die 3 by 1 kolom vektor. 1, 2, 3. end vektor
2	$(\begin{matrix} 3 & 5 \end{matrix})$	the 1 by 2 row vector. 3, 5. end vector	die 1 by 2 ry vektor. 3, 5. end vektor
3	$[\begin{matrix} 3 & 5 \end{matrix}]$	the 1 by 2 row vector. 3, 5. end vector	die 1 by 2 ry vektor. 3, 5. end vektor
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	die 2 by 1 kolom vektor. Ry 1: x plus 1 Ry 2: x minus 1. end vektor
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	die 4 by 1 kolom vektor. Ry 1: 3 Ry 2: 6 Ry 3: 1 Ry 4: 2. end vektor
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	die 1 by 2 ry vektor. Kolom 1: x plus 1 Kolom 2: 2 x. end vektor
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	die 1 by 2 ry vektor. 3, 2. end vektor maal die 2 by 2 matriks. Ry 1: 0, 5 Ry 2: 9, 4. end matriks
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	die 1 by 3 ry vektor. 1, 2, 7. end vektor maal die 3 by 3 matriks. Ry 1: 3, 5, 4 Ry 2: 8, 0, 6 Ry 3: 1, 4, 2. end matriks
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	die 2 by 2 matriks. Ry 1: 0, 5 Ry 2: 9, 4. end matriks maal die 2 by 1 kolom vektor. 3, 2. end vektor
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	die 3 by 3 matriks. Ry 1: 3, 5, 4 Ry 2: 8, 0, 6 Ry 3: 1, 4, 2. end matriks maal die 3 by 1 kolom vektor. 1, 2, 7. end vektor

Afrikaans Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: af, Style: Matrix_Combinatoric.

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

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	2 lyne, Lyn 1: x plus y is gelyk aan 7. Lyn 2: 2 x, plus 3 y, is gelyk aan 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 lyne, Lyn 1: x plus y; is gelyk aan; 7. Lyn 2: 2 x, plus 3 y; is gelyk aan; 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	2 lyne, Lyn 1: x; plus; y; is gelyk aan; 7. Lyn 2: 2 x; plus; 3 y; is gelyk aan; 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	2 lyne, Lyn 1: Equation 1 dubbelpunt x plus y is gelyk aan 7. Lyn 2: Equation 2 dubbelpunt 2 x, plus 3 y, is gelyk aan 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	2 lyne, Lyn 1: Equation 1 dubbelpunt; x plus y is gelyk aan 7. Lyn 2: Equation 2 dubbelpunt; 2 x, plus 3 y, is gelyk aan 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	2 lyne, Lyn 1: Equation 1 dubbelpunt; x plus y; is gelyk aan; 7. Lyn 2: Equation 2 dubbelpunt; 2 x, plus 3 y; is gelyk aan; 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	3 lyne, Lyn 1: 4 x, plus 3 y, plus 2 z, is gelyk aan 17. Lyn 2: 2 x, plus 4 y, plus 6 z, is gelyk aan 6. Lyn 3: 3 x, plus 2 y, plus 5 z, is gelyk aan 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	3 lyne, Lyn 1: 4 x; plus; 3 y; plus; 2 z; is gelyk aan; 1. Lyn 2: 2 x; plus; 4 y; plus; 6 z; is gelyk aan; 6. Lyn 3: 3 x; plus; 2 y; plus; 5 z; is gelyk aan; 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	3 lyne, Lyn 1: Equation 1 dubbelpunt 4 x, plus 3 y, plus 2 z, is gelyk aan 17. Lyn 2: Equation 2 dubbelpunt 2 x, plus 4 y, plus 6 z, is gelyk aan 6. Lyn 3: Equation 3 dubbelpunt 3 x, plus 2 y, plus 5 z, is gelyk aan 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	3 lyne, Lyn 1: x groter of gelyk aan 0. Lyn 2: y groter of gelyk aan 0. Lyn 3: 3 x, minus 5 y, kleiner of gelyk aan 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	4 lyne, Lyn 1: 3 x, plus 8 is gelyk aan 5 x. Lyn 2: 8 is gelyk aan 5 x, minus 3 x. Lyn 3: 8 is gelyk aan 2 x. Lyn 4: 4 is gelyk aan 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	4 lyne, Lyn 1: 3 x; plus; 8; is gelyk aan; 5 x; leeg; leeg. Lyn 2: leeg; leeg; 8; is gelyk aan; 5 x; minus; 3 x. Lyn 3: leeg; leeg; 8; is gelyk aan; 2 x; leeg; leeg. Lyn 4: leeg; leeg; 4; is gelyk aan; x; leeg; leeg
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	4 lyne, Lyn 1: Step 1 dubbelpunt 3 x, plus 8 is gelyk aan 5 x. Lyn 2: Step 2 dubbelpunt 8 is gelyk aan 5 x, minus 3 x. Lyn 3: Step 3 dubbelpunt 8 is gelyk aan 2 x. Lyn 4: Step 4 dubbelpunt 4 is gelyk aan 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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x if x kleiner as 0. Geval 2: x if x groter of gelyk aan 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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x; if x kleiner as 0. Geval 2: x; if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x if x kleiner as 0. Geval 2: x if x groter of gelyk aan 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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x; if x kleiner as 0. Geval 2: x; if x groter of gelyk aan 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	2 gevalle, Geval 1: f van x, is gelyk aan negatiewe x; if x kleiner as 0. Geval 2: f van x, is gelyk aan x; if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	2 vergelykings, Vergelyking 1: x plus y is gelyk aan 7. Vergelyking 2: 2 x, plus 3 y, is gelyk aan 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	2 vergelykings, Vergelyking 1: x plus y; is gelyk aan; 7. Vergelyking 2: 2 x, plus 3 y; is gelyk aan; 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 lyne, Lyn 1: x plus y is gelyk aan 7. Lyn 2: 2 x, plus 3 y, is gelyk aan 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 lyne, Lyn 1: x plus y; is gelyk aan; 7. Lyn 2: 2 x, plus 3 y; is gelyk aan; 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	2 rye, Ry 1: x plus y is gelyk aan 7. Ry 2: 2 x, plus 3 y, is gelyk aan 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	2 rye, Ry 1: x plus y; is gelyk aan; 7. Ry 2: 2 x, plus 3 y; is gelyk aan; 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	4 stappe, Stap 1: 3 x, plus 8 is gelyk aan 5 x. Stap 2: 8 is gelyk aan 5 x, minus 3 x. Stap 3: 8 is gelyk aan 2 x. Stap 4: 4 is gelyk aan 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	4 stappe, Stap 1: 3 x; plus; 8; is gelyk aan; 5 x; leeg; leeg. Stap 2: leeg; leeg; 8; is gelyk aan; 5 x; minus; 3 x. Stap 3: leeg; leeg; 8; is gelyk aan; 2 x; leeg; leeg. Stap 4: leeg; leeg; 4; is gelyk aan; x; leeg; leeg

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

3 beperkings, beperking 1: x groter of gelyk aan 0. beperking 2: y groter of gelyk aan 0. beperking 3: 3 x, minus 5 y, kleiner of gelyk aan 30

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	3 lyne, x groter of gelyk aan 0. y groter of gelyk aan 0. 3 x, minus 5 y, kleiner of gelyk aan 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	4 lyne, 3 x; plus; 8; is gelyk aan; 5 x; leeg; leeg. leeg; leeg; 8; is gelyk aan; 5 x; minus; 3 x. leeg; leeg; 8; is gelyk aan; 2 x; leeg; leeg. leeg; leeg; 4; is gelyk aan; x; leeg; leeg
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	f van x, is gelyk aan, 2 gevalle, negatiewe x if x kleiner as 0. x if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	2 lyne, Lyn 1: x plus y is gelyk aan 7. Lyn 2: 2 x, plus 3 y, is gelyk aan 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 lyne, Lyn 1: x plus y. is gelyk aan. 7. Lyn 2: 2 x, plus 3 y. is gelyk aan. 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	2 lyne, Lyn 1: x. plus. y. is gelyk aan. 7. Lyn 2: 2 x. plus. 3 y. is gelyk aan. 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	2 lyne, Lyn 1: Equation 1 dubbelpunt. x plus y is gelyk aan 7. Lyn 2: Equation 2 dubbelpunt. 2 x, plus 3 y, is gelyk aan 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	2 lyne, Lyn 1: Equation 1 dubbelpunt. x plus y. is gelyk aan. 7. Lyn 2: Equation 2 dubbelpunt. 2 x, plus 3 y. is gelyk aan. 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	3 lyne, Lyn 1: 4 x. plus. 3 y. plus. 2 z. is gelyk aan. 1. Lyn 2: 2 x. plus. 4 y. plus. 6 z. is gelyk aan. 6. Lyn 3: 3 x. plus. 2 y. plus. 5 z. is gelyk aan. 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	4 lyne, Lyn 1: 3 x. plus. 8. is gelyk aan. 5 x. leeg. leeg. Lyn 2: leeg. leeg. 8. is gelyk aan. 5 x. minus. 3 x. Lyn 3: leeg. leeg. 8. is gelyk aan. 2 x. leeg. leeg. Lyn 4: leeg. leeg. 4. is gelyk aan. x. leeg. leeg
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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x. if x kleiner as 0. Geval 2: x. if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x. if x kleiner as 0. Geval 2: x. if x groter of gelyk aan 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	2 gevalle, Geval 1: f van x, is gelyk aan negatiewe x. if x kleiner as 0. Geval 2: f van x, is gelyk aan x. if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 vergelykings, Vergelyking 1: x plus y. is gelyk aan. 7. Vergelyking 2: 2 x, plus 3 y. is gelyk aan. 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 lyne, Lyn 1: x plus y. is gelyk aan. 7. Lyn 2: 2 x, plus 3 y. is gelyk aan. 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 rye, Ry 1: x plus y. is gelyk aan. 7. Ry 2: 2 x, plus 3 y. is gelyk aan. 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

4 stappe, Stap 1: 3 x. plus. 8. is gelyk aan. 5 x. leeg. leeg. Stap 2: leeg. leeg. 8. is gelyk aan. 5 x. minus. 3 x. Stap 3: leeg. leeg. 8. is gelyk aan. 2 x. leeg. leeg. Stap 4: leeg. leeg. 4. is gelyk aan. x. leeg. leeg

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	2 lyne, Lyn 1: x plus y, is gelyk aan, 7. Lyn 2: 2 x, plus 3 y, is gelyk aan, 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 lyne, Lyn 1: x, plus, y, is gelyk aan, 7. Lyn 2: 2 x, plus, 3 y, is gelyk aan, 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	2 lyne, Lyn 1: Equation 1 dubbelpunt, x plus y is gelyk aan 7. Lyn 2: Equation 2 dubbelpunt, 2 x, plus 3 y, is gelyk aan 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	2 lyne, Lyn 1: Equation 1 dubbelpunt, x plus y, is gelyk aan, 7. Lyn 2: Equation 2 dubbelpunt, 2 x, plus 3 y, is gelyk aan, 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	3 lyne, Lyn 1: 4 x, plus, 3 y, plus, 2 z, is gelyk aan, 1. Lyn 2: 2 x, plus, 4 y, plus, 6 z, is gelyk aan, 6. Lyn 3: 3 x, plus, 2 y, plus, 5 z, is gelyk aan, 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	4 lyne, Lyn 1: 3 x, plus, 8, is gelyk aan, 5 x, leeg, leeg. Lyn 2: leeg, leeg, 8, is gelyk aan, 5 x, minus, 3 x. Lyn 3: leeg, leeg, 8, is gelyk aan, 2 x, leeg, leeg. Lyn 4: leeg, leeg, 4, is gelyk aan, x, leeg, leeg
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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x, if x kleiner as 0. Geval 2: x, if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	f van x, is gelyk aan, 2 gevalle, Geval 1: negatiewe x, if x kleiner as 0. Geval 2: x, if x groter of gelyk aan 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	2 gevalle, Geval 1: f van x, is gelyk aan negatiewe x, if x kleiner as 0. Geval 2: f van x, is gelyk aan x, if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 vergelykings, Vergelyking 1: x plus y, is gelyk aan, 7. Vergelyking 2: 2 x, plus 3 y, is gelyk aan, 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 lyne, Lyn 1: x plus y, is gelyk aan, 7. Lyn 2: 2 x, plus 3 y, is gelyk aan, 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

2 rye, Ry 1: x plus y, is gelyk aan, 7. Ry 2: 2 x, plus 3 y, is gelyk aan, 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

4 stappe, Stap 1: 3 x, plus, 8, is gelyk aan, 5 x, leeg, leeg. Stap 2: leeg, leeg, 8, is gelyk aan, 5 x, minus, 3 x. Stap 3: leeg, leeg, 8, is gelyk aan, 2 x, leeg, leeg. Stap 4: leeg, leeg, 4, is gelyk aan, x, leeg, leeg

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	Lyn 1: x plus y is gelyk aan 7. Lyn 2: 2 x, plus 3 y, is gelyk aan 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	Lyn 1: x plus y; is gelyk aan; 7. Lyn 2: 2 x, plus 3 y; is gelyk aan; 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	Lyn 1: x; plus; y; is gelyk aan; 7. Lyn 2: 2 x; plus; 3 y; is gelyk aan; 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	Lyn 1: Equation 1 dubbelpunt x plus y is gelyk aan 7. Lyn 2: Equation 2 dubbelpunt 2 x, plus 3 y, is gelyk aan 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	Lyn 1: Equation 1 dubbelpunt; x plus y is gelyk aan 7. Lyn 2: Equation 2 dubbelpunt; 2 x, plus 3 y, is gelyk aan 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	Lyn 1: Equation 1 dubbelpunt; x plus y; is gelyk aan; 7. Lyn 2: Equation 2 dubbelpunt; 2 x, plus 3 y; is gelyk aan; 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	Lyn 1: 4 x, plus 3 y, plus 2 z, is gelyk aan 17. Lyn 2: 2 x, plus 4 y, plus 6 z, is gelyk aan 6. Lyn 3: 3 x, plus 2 y, plus 5 z, is gelyk aan 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	Lyn 1: 4 x; plus; 3 y; plus; 2 z; is gelyk aan; 1. Lyn 2: 2 x; plus; 4 y; plus; 6 z; is gelyk aan; 6. Lyn 3: 3 x; plus; 2 y; plus; 5 z; is gelyk aan; 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	Lyn 1: Equation 1 dubbelpunt 4 x, plus 3 y, plus 2 z, is gelyk aan 17. Lyn 2: Equation 2 dubbelpunt 2 x, plus 4 y, plus 6 z, is gelyk aan 6. Lyn 3: Equation 3 dubbelpunt 3 x, plus 2 y, plus 5 z, is gelyk aan 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	Lyn 1: Step 1 dubbelpunt 3 x, plus 8 is gelyk aan 5 x. Lyn 2: Step 2 dubbelpunt 8 is gelyk aan 5 x, minus 3 x. Lyn 3: Step 3 dubbelpunt 8 is gelyk aan 2 x. Lyn 4: Step 4 dubbelpunt 4 is gelyk aan 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	f van x, is gelyk aan, Geval 1: negatiewe x if x kleiner as 0. Geval 2: x if x groter of gelyk aan 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	f van x, is gelyk aan, Geval 1: negatiewe x; if x kleiner as 0. Geval 2: x; if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	f van x, is gelyk aan, Geval 1: negatiewe x if x kleiner as 0. Geval 2: x if x groter of gelyk aan 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	Geval 1: f van x, is gelyk aan negatiewe x; if x kleiner as 0. Geval 2: f van x, is gelyk aan x; if x groter of gelyk aan 0

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

Vergelyking 1: x plus y is gelyk aan 7. Vergelyking 2: 2 x, plus 3 y, is gelyk aan 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

Lyn 1: x plus y is gelyk aan 7. Lyn 2: 2 x, plus 3 y, is gelyk aan 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

Ry 1: x plus y is gelyk aan 7. Ry 2: 2 x, plus 3 y, is gelyk aan 17

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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	Stap 1: 3 x, plus 8 is gelyk aan 5 x. Stap 2: 8 is gelyk aan 5 x, minus 3 x. Stap 3: 8 is gelyk aan 2 x. Stap 4: 4 is gelyk aan 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	Stap 1: 3 x; plus; 8; is gelyk aan; 5 x; leeg; leeg. Stap 2: leeg; leeg; 8; is gelyk aan; 5 x; minus; 3 x. Stap 3: leeg; leeg; 8; is gelyk aan; 2 x; leeg; leeg. Stap 4: leeg; leeg; 4; is gelyk aan; x; leeg; leeg

Afrikaans Clearspeak MultiLineEntries rule tests. Locale: af, 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

beperking 1: x groter of gelyk aan 0. beperking 2: y groter of gelyk aan 0. beperking 3: 3 x, minus 5 y, kleiner of gelyk aan 30

Afrikaans Clearspeak NamedSets rule tests. Locale: af, Style: Verbose.

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

Afrikaans Clearspeak Parentheses rule tests. Locale: af, Style: Paren_Auto.

0	$(25)$	25	25
1	$(2 x)$	2 x	2 x
2	$2 + (- 2)$	2 plus negative 2	2 plus negatiewe 2
3	$2 - (- 2)$	2 minus negative 2	2 minus negatiewe 2
4	$2 - - 2$	2 minus negative 2	2 minus negatiewe 2
5	$2 - {(- 2)}^{3}$	2 minus, open paren, negative 2, close paren, cubed	2 minus, links hakkie, negatiewe 2, regs hakkie, tot die mag drie
6	${(2 x)}^{2}$	open paren, 2 x, close paren, squared	links hakkie, 2 x, regs hakkie, kwadraat
7	${(2 x)}^{y + 1}$	open paren, 2 x, close paren, raised to the y plus 1 power	links hakkie, 2 x, regs hakkie, verhef tot die y plus 1 mag
8	$(- 2 x)$	negative 2 x	negatiewe 2 x
9	${(- 2 x)}^{2}$	open paren, negative 2 x, close paren, squared	links hakkie, negatiewe 2 x, regs hakkie, kwadraat
10	$- {(2 x)}^{2}$	negative, open paren, 2 x, close paren, squared	negatiewe, links hakkie, 2 x, regs hakkie, kwadraat
11	$(\frac{1}{2})$	one half	een helfte
12	$(\frac{3}{4} x)$	three fourths x	drie kwarte x
13	$(\frac{11}{22})$	open paren, 11 over 22, close paren	links hakkie, 11 oor 22, regs hakkie
14	${(\frac{1}{2})}^{4}$	one half to the fourth power	een helfte tot die vierde mag
15	${(\frac{11}{15})}^{2}$	open paren, 11 over 15, close paren, squared	links hakkie, 11 oor 15, regs hakkie, kwadraat

Afrikaans Clearspeak Parentheses rule tests. Locale: af, Style: Paren_Speak.

0	$(25)$	open paren, 25, close paren	links hakkie, 25, regs hakkie
1	$(2 x)$	open paren, 2 x, close paren	links hakkie, 2 x, regs hakkie
2	$2 + (- 2)$	2 plus, open paren, negative 2, close paren	2 plus, links hakkie, negatiewe 2, regs hakkie
3	$2 - (- 2)$	2 minus, open paren, negative 2, close paren	2 minus, links hakkie, negatiewe 2, regs hakkie
4	$2 - {(- 2)}^{3}$	2 minus, open paren, negative 2, close paren, cubed	2 minus, links hakkie, negatiewe 2, regs hakkie, tot die mag drie
5	${(2 x)}^{2}$	open paren, 2 x, close paren, squared	links hakkie, 2 x, regs hakkie, kwadraat
6	${(2 x)}^{y + 1}$	open paren, 2 x, close paren, raised to the y plus 1 power	links hakkie, 2 x, regs hakkie, verhef tot die y plus 1 mag
7	$(- 2 x)$	open paren, negative 2 x, close paren	links hakkie, negatiewe 2 x, regs hakkie
8	${(- 2 x)}^{2}$	open paren, negative 2 x, close paren, squared	links hakkie, negatiewe 2 x, regs hakkie, kwadraat
9	$- {(2 x)}^{2}$	negative, open paren, 2 x, close paren, squared	negatiewe, links hakkie, 2 x, regs hakkie, kwadraat
10	$(\frac{1}{2})$	open paren, one half, close paren	links hakkie, een helfte, regs hakkie
11	$(\frac{3}{4} x)$	open paren, three fourths x, close paren	links hakkie, drie kwarte x, regs hakkie
12	$(\frac{11}{22})$	open paren, 11 over 22, close paren	links hakkie, 11 oor 22, regs hakkie
13	${(\frac{1}{2})}^{4}$	open paren, one half, close paren, to the fourth power	links hakkie, een helfte, regs hakkie, tot die vierde mag
14	${(\frac{11}{15})}^{2}$	open paren, 11 over 15, close paren, squared	links hakkie, 11 oor 15, regs hakkie, kwadraat

Afrikaans Clearspeak Parentheses rule tests. Locale: af, Style: Paren_CoordPoint.

0	$(1, 2)$	the point with coordinates 1 comma 2	die punt met koördinate 1 komma 2
1	$(x, y)$	the point with coordinates x comma y	die punt met koördinate x komma y
2	$(1, 2, 3)$	the point with coordinates 1 comma 2 comma 3	die punt met koördinate 1 komma 2 komma 3
3	$(x, y, z)$	the point with coordinates x comma y comma z	die punt met koördinate x komma y komma z
4	$(1, 2, 386)$	the point with coordinates 1 comma 2 comma 386	die punt met koördinate 1 komma 2 komma 386

Afrikaans Clearspeak Parentheses rule tests. Locale: af, Style: Paren_Interval.

0	$(a, b)$	the interval from a to b, not including a or b	die interval van a tot b, nie insluitend a of b
1	$(0, 1)$	the interval from 0 to 1, not including 0 or 1	die interval van 0 tot 1, nie insluitend 0 of 1
2	$[a, b)$	the interval from a to b, including a, but not including b	die interval van a tot b, insluitend a, maar nie insluitend b
3	$[0, 1)$	the interval from 0 to 1, including 0, but not including 1	die interval van 0 tot 1, insluitend 0, maar nie insluitend 1
4	$(a, b]$	the interval from a to b, not including a, but including b	die interval van a tot b, nie insluitend a, maar insluitend b
5	$(0, 1]$	the interval from 0 to 1, not including 0, but including 1	die interval van 0 tot 1, nie insluitend 0, maar insluitend 1
6	$[a, b]$	the interval from a to b, including a and b	die interval van a tot b, insluitend a en b
7	$[0, 1]$	the interval from 0 to 1, including 0 and 1	die interval van 0 tot 1, insluitend 0 en 1
8	$(- \infty, b)$	the interval from negative infinity to b, not including b	die interval van negatiewe oneindigheid tot b, nie insluitend b
9	$(- \infty, 1)$	the interval from negative infinity to 1, not including 1	die interval van negatiewe oneindigheid tot 1, nie insluitend 1
10	$(- \infty, b]$	the interval from negative infinity to b, including b	die interval van negatiewe oneindigheid tot b, insluitend b
11	$(- \infty, 1]$	the interval from negative infinity to 1, including 1	die interval van negatiewe oneindigheid tot 1, insluitend 1
12	$(a, \infty)$	the interval from a to infinity, not including a	die interval van a tot oneindigheid, nie insluitend a
13	$(1, \infty)$	the interval from 1 to infinity, not including 1	die interval van 1 tot oneindigheid, nie insluitend 1
14	$[a, \infty)$	the interval from a to infinity, including a	die interval van a tot oneindigheid, insluitend a
15	$[1, \infty)$	the interval from 1 to infinity, including 1	die interval van 1 tot oneindigheid, insluitend 1
16	$(- \infty, \infty)$	the interval from negative infinity to infinity	die interval van negatiewe oneindigheid tot oneindigheid
17	$(- \infty, + \infty)$	the interval from negative infinity to positive infinity	die interval van negatiewe oneindigheid tot positief oneindigheid

Afrikaans Clearspeak Parentheses rule tests. Locale: af, Style: Paren_SpeakNestingLevel.

0	$f (g (x))$	f of, g of x	f van, g van x
1	$f (g (x + 1))$	f of, open paren, g of, open paren, x plus 1, close paren, close paren	f van, links hakkie, g van, links hakkie, x plus 1, regs hakkie, regs hakkie
2	$6 - [2 - (3 + 5)]$	6 minus, open bracket, 2 minus, open paren, 3 plus 5, close paren, close bracket	6 minus, links blokhakkie, 2 minus, links hakkie, 3 plus 5, regs hakkie, regs blokhakkie
3	$6 - (2 - (3 + 5))$	6 minus, open paren, 2 minus, open second paren, 3 plus 5, close second paren, close paren	6 minus, links hakkie, 2 minus, tweede links hakkie, 3 plus 5, tweede regs hakkie, regs hakkie
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	4 maal, links blokhakkie, x plus 3 maal, links hakkie, 2 x, plus 1, regs hakkie, regs blokhakkie
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	4 maal, links hakkie, x plus 3 maal, tweede links hakkie, 2 x, plus 1, tweede regs hakkie, regs hakkie
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	1 plus, links hakkie, 2 plus, tweede links hakkie, 3 plus 7, tweede regs hakkie, minus, tweede links hakkie, 2 plus 8, tweede regs hakkie, regs hakkie
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	1 plus, links hakkie, 2 plus, tweede links hakkie, 3 minus, derde links hakkie, 4 minus 5, derde regs hakkie, tweede regs hakkie, regs hakkie
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	links hakkie, tweede links hakkie, 2 plus, derde links hakkie, 3 plus 4, derde regs hakkie, plus 5, tweede regs hakkie, plus 6 plus, tweede links hakkie, derde links hakkie, 7 plus, vierde links hakkie, 8 plus 1, vierde regs hakkie, derde regs hakkie, plus 2, tweede regs hakkie, regs hakkie

Afrikaans Clearspeak Parentheses rule tests. Locale: af, Style: Paren_Silent.

0	$(25)$	25	25
1	$(2 x)$	2 x	2 x
2	$2 + (- 2)$	2 plus, negative 2	2 plus, negatiewe 2
3	$2 - (- 2)$	2 minus, negative 2	2 minus, negatiewe 2
4	$2 - {(- 2)}^{3}$	2 minus, negative 2, cubed	2 minus, negatiewe 2, tot die mag drie
5	${(2 x)}^{2}$	2 x, squared	2 x, kwadraat
6	${(2 x)}^{y + 1}$	2 x, raised to the y plus 1 power	2 x, verhef tot die y plus 1 mag
7	$(- 2 x)$	negative 2 x	negatiewe 2 x
8	${(- 2 x)}^{2}$	negative 2 x, squared	negatiewe 2 x, kwadraat
9	$- {(2 x)}^{2}$	negative, 2 x, squared	negatiewe, 2 x, kwadraat
10	$(\frac{1}{2})$	one half	een helfte
11	$(\frac{3}{4} x)$	three fourths x	drie kwarte x
12	$(\frac{11}{22})$	11 over 22	11 oor 22
13	${(\frac{1}{2})}^{4}$	one half, to the fourth power	een helfte, tot die vierde mag
14	${(\frac{11}{15})}^{2}$	11 over 15, squared	11 oor 15, kwadraat

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: MultsymbolX_Auto.

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

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: MultsymbolX_By.

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

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: MultsymbolX_Cross.

u \times v

u cross v

u maal v

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: MultsymbolDot_Auto.

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

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: MultsymbolDot_Dot.

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

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: TriangleSymbol_Auto.

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

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: TriangleSymbol_Delta.

0	$Δ x$	Delta x	groot delta x
1	$f (x + Δ x)$	f of, open paren, x plus Delta x, close paren	f van, links hakkie, x plus groot delta x, regs hakkie

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: Ellipses_Auto.

0	$1, 2, 3, \dots$	1 comma 2 comma 3 comma dot dot dot	1 komma 2 komma 3 komma ellipsis
1	$1, 2, 3, \dots, 20$	1 comma 2 comma 3 comma dot dot dot comma 20	1 komma 2 komma 3 komma ellipsis komma 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	ellipsis komma, negatiewe 2, komma, negatiewe 1, komma 0 komma 1 komma 2 komma ellipsis

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: Ellipses_AndSoOn.

0	$1, 2, 3, \dots$	1 comma 2 comma 3 comma and so on	1 komma 2 komma 3 komma en so voorts
1	$1, 2, 3, \dots, 20$	1 comma 2 comma 3 comma and so on up to comma 20	1 komma 2 komma 3 komma en so voorts tot by komma 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	ellipsis komma, negatiewe 2, komma, negatiewe 1, komma 0 komma 1 komma 2 komma ellipsis

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: VerticalLine_Auto.

0	$3 \| 6$	3 divides 6	3 gedeel deur 6
1	${x \| x > 0}$	the set of all x such that x is greater than 0	die versameling van alle x sodat x groter as 0
2	${x \| \| x \| > 2}$	the set of all x such that, the absolute value of x, is greater than 2	die versameling van alle x sodat, die absolute waarde van x, groter as 2
3	$f (x) \|_{x = 5}$	f of x, evaluated at x equals 5	f van x, geëvalueer by x is gelyk aan 5
4	$x^{2} + 2 x \|_{x = 2}$	x squared plus 2 x, evaluated at x equals 2	x kwadraat plus 2 x, geëvalueer by x is gelyk aan 2
5	$x^{2} + x \|_{0}^{1}$	x squared plus x, evaluated at 1, minus the same expression evaluated at 0	x kwadraat plus x, geëvalueer by 1, minus dieselfde uitdrukking geëvalueer by 0

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: VerticalLine_SuchThat.

{x | x > 0}

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

die versameling van alle x sodat x groter as 0

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: VerticalLine_Divides.

3 | 6

3 divides 6

3 gedeel deur 6

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: VerticalLine_Given.

P (A | B)

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

P van, links hakkie, A gegee B, regs hakkie

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, 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	If x is 'n element van die heelgetalle then 2 x, is an even number punt
1	${x \in ℤ \| x > 5}$	the set of all x in the integers such that x is greater than 5	die versameling van alle x in die heelgetalle sodat x groter as 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, is not a member of the real numbers	3 plus 2 i, is nie 'n element van nie die riële getalle

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, 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	If x is 'n element van die heelgetalle then 2 x, is an even number punt
1	${x \in ℤ \| x > 5}$	the set of all x member of the integers such that x is greater than 5	die versameling van alle x element van die heelgetalle sodat x groter as 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, is not a member of the real numbers	3 plus 2 i, is nie 'n element vanf die riële getalle

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, 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	If x is 'n element van die heelgetalle then 2 x, is an even number punt
1	${x \in ℤ \| x > 5}$	the set of all x element of the integers such that x is greater than 5	die versameling van alle x element van die heelgetalle sodat x groter as 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, is not an element of the real numbers	3 plus 2 i, is nie 'n element van die riële getalle

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, 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	If x behoord aan die heelgetalle then 2 x, is an even number punt
1	${x \in ℤ \| x > 5}$	the set of all x belonging to the integers such that x is greater than 5	die versameling van alle x behoord aan die heelgetalle sodat x groter as 5
2	$3 + 2 i \notin ℝ$	3 plus 2 i, does not belong to the real numbers	3 plus 2 i, behoord nie aan die riële getalle
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	If x behoord aan die heelgetalle then 2 x, is an even number punt
4	${x \in ℤ \| x > 5}$	the set of all x belonging to the integers such that x is greater than 5	die versameling van alle x behoord aan die heelgetalle sodat x groter as 5
5	$3 + 2 i \notin ℝ$	3 plus 2 i, does not belong to the real numbers	3 plus 2 i, behoord nie aan die riële getalle

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, 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

die versameling van x behoord aan die heelgetalle sodat 2 kleiner as x kleiner as 7

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, 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

die versameling van x element van die heelgetalle sodat x groter as 5

Afrikaans Clearspeak Part2Symbols rule tests. Locale: af, Style: Verbose.

0	$\sum_{n = 1}^{10} n$	the sum from n equals 1 to 10 of n	die som vanaf n is gelyk aan 1 tot 10 van n
1	$\sum_{n = 1}^{\infty} n$	the sum from n equals 1 to infinity of n	die som vanaf n is gelyk aan 1 tot oneindigheid van n
2	$\sum_{i \in ℤ^{+}} i$	the sum over i is a member of the positive integers, of i	die som oor i is 'n element van die positiewe heelgetalle, van i
3	$\sum_{S} i$	the sum over S, of i	die som oor S, van i
4	$\sum a_{i}$	the sum of, a sub i	die som van, a onderskrif i
5	$\prod_{i = 1}^{10} i$	the product from i equals 1 to 10 of i	die produk vanaf i is gelyk aan 1 tot 10 van 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	die produk oor i is 'n element van die positiewe heelgetalle, van, die breuk met teller i, en noemer 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	die produk oor die positiewe heelgetalle, van, die breuk met teller i, en noemer i plus 1
8	$\prod a_{i}$	the product of, a sub i	die produk van, a onderskrif i
9	$\cap_{i = 1}^{10} S_{i}$	the intersection from i equals 1 to 10 of, S sub i	die interseksie vanaf i is gelyk aan 1 tot 10 van, S onderskrif i
10	$\cup_{i = 1}^{10} S_{i}$	the union from i equals 1 to 10 of, S sub i	die eenheid vanaf i is gelyk aan 1 tot 10 van, S onderskrif i
11	$\cap S_{i}$	the intersection of, S sub i	die interseksie van, S onderskrif i
12	$\cup S_{i}$	the union of, S sub i	die eenheid van, S onderskrif i
13	$\underset{C}{\cap} S_{i}$	the intersection over C, of, S sub i	die interseksie oor C, van, S onderskrif i
14	$\underset{C}{\cup} S_{i}$	the union over C, of, S sub i	die eenheid oor C, van, S onderskrif i
15	$\int f (x) d x$	the integral of f of x, d x	die integraal van f van x, d x
16	$\int_{0}^{1} f (x) d x$	the integral from 0 to 1 of f of x, d x	die integraal vanaf 0 tot 1 van f van x, d x
17	$\int_{ℝ} f (x) d x$	the integral over the real numbers, of f of x, d x	die integraal oor die riële getalle, van f van x, d x

Afrikaans Clearspeak Part3Adornments rule tests. Locale: af, Style: Prime_Auto.

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

Afrikaans Clearspeak Part3Adornments rule tests. Locale: af, Style: Prime_Angle.

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

Afrikaans Clearspeak Part3Adornments rule tests. Locale: af, Style: Prime_Length.

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

Afrikaans Clearspeak Part3Adornments rule tests. Locale: af, Style: CombinationPermutation_Auto.

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

Afrikaans Clearspeak Part3Adornments rule tests. Locale: af, Style: CombinationPermutation_ChoosePermute.

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

Afrikaans Clearspeak Part3Adornments rule tests. Locale: af, Style: Bar_Auto.

0	$\bar{f}$	f bar	f makron
1	$\bar{f} (x)$	f bar of x	f makron van x
2	$\bar{f_{1}}$	f sub 1, bar	f onderskrif 1, makron
3	$\bar{f_{1}} (x)$	f sub 1, bar of x	f onderskrif 1, makron van x
4	$\bar{z}$	z bar	z makron
5	$0 . \bar{3}$	the repeating decimal 0 point followed by repeating digit 3	die herhalende dessimaal 0 punt gevolg deur herhalende syfer 3
6	$0 . \bar{12}$	the repeating decimal 0 point followed by repeating digits 1 2	die herhalende dessimaal 0 punt gevolg deur herhalende syfers 1 2
7	$2 . \bar{134}$	the repeating decimal 2 point followed by repeating digits 1 3 4	die herhalende dessimaal 2 punt gevolg deur herhalende syfers 1 3 4
8	$.13 \bar{467}$	the repeating decimal point 1 3 followed by repeating digits 4 6 7	die herhalende dessimaal punt 1 3 gevolg deur herhalende syfers 4 6 7
9	$25.12 \bar{632}$	the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2	die herhalende dessimaal 2 5 punt 1 2 gevolg deur herhalende syfers 6 3 2
10	$z \bar{z}$	z, z bar	z, z makron
11	$\bar{C D}$	the line segment C D	die lynsegment C D
12	$\bar{C^{'} D^{'}}$	the line segment C prime D prime	die lynsegment C priem D priem
13	$\bar{C^{″} D^{″}}$	the line segment C double prime D double prime	die lynsegment C dubbelpriem D dubbelpriem
14	$\bar{C^{‴} D^{‴}}$	the line segment C triple prime D triple prime	die lynsegment C trippelpriem D trippelpriem
15	$\overset{def}{=}$	is defined to be	is gedeffiniëer as
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	links hakkie, f ring g, regs hakkie, van x, is gedeffiniëer as, f van, g van x
17	$\overset{?}{=}$	equals sign with question mark over it	is gelyk aan teken met vraagteken oor hom
18	$x + 2 \overset{?}{=} 4$	x plus 2 equals sign with question mark over it 4	x plus 2 is gelyk aan teken met vraagteken oor hom 4

Afrikaans Clearspeak Part3Adornments rule tests. Locale: af, Style: Bar_Conjugate.

0	$\bar{z}$	the complex conjugate of z	die komplekse toegevoegde van z
1	$z \bar{z}$	z, the complex conjugate of z	z, die komplekse toegevoegde van z
2	$\bar{3 - 2 i} = 3 + 2 i$	the complex conjugate of 3 minus 2 i, equals 3 plus 2 i	die komplekse toegevoegde van 3 minus 2 i, is gelyk aan 3 plus 2 i
3	$0 . \bar{3}$	the repeating decimal 0 point followed by repeating digit 3	die herhalende dessimaal 0 punt gevolg deur herhalende syfer 3
4	$0 . \bar{12}$	the repeating decimal 0 point followed by repeating digits 1 2	die herhalende dessimaal 0 punt gevolg deur herhalende syfers 1 2
5	$2 . \bar{134}$	the repeating decimal 2 point followed by repeating digits 1 3 4	die herhalende dessimaal 2 punt gevolg deur herhalende syfers 1 3 4
6	$.13 \bar{467}$	the repeating decimal point 1 3 followed by repeating digits 4 6 7	die herhalende dessimaal punt 1 3 gevolg deur herhalende syfers 4 6 7
7	$25.12 \bar{632}$	the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2	die herhalende dessimaal 2 5 punt 1 2 gevolg deur herhalende syfers 6 3 2

Afrikaans Clearspeak Roots rule tests. Locale: af, Style: Roots_Auto.

0	$\sqrt{2}$	the square root of 2	die vierkantswortel van 2
1	$3 + \sqrt{2}$	3 plus the square root of 2	3 plus die vierkantswortel van 2
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2	3 plus of minus die vierkantswortel van 2
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2	3 minus of plus die vierkantswortel van 2
4	$- \sqrt{2}$	the negative square root of 2	the negative square root of 2
5	$3 - \sqrt{2}$	3 minus the square root of 2	3 minus die vierkantswortel van 2
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2	3 plus the negative square root of 2
7	$3 - - \sqrt{2}$	3 minus the negative square root of 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	3 plus, links hakkie, the negative square root of 2, regs hakkie
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, close paren	3 minus, links hakkie, the negative square root of 2, regs hakkie
10	$\sqrt{x + 1}$	the square root of x plus 1	die vierkantswortel van x plus 1
11	$\sqrt{x} + 1$	the square root of x, plus 1	die vierkantswortel van x, plus 1
12	$- \sqrt{x}$	the negative square root of x	the negative square root of x
13	${(\sqrt{x})}^{2}$	open paren, the square root of x, close paren, squared	links hakkie, die vierkantswortel van x, regs hakkie, kwadraat
14	$- {(\sqrt{x})}^{2}$	negative, open paren, the square root of x, close paren, squared	negatiewe, links hakkie, die vierkantswortel van x, regs hakkie, kwadraat
15	${\sqrt{x}}^{2}$	the square root of x, squared	die vierkantswortel van x, kwadraat
16	$\sqrt{x^{2}}$	the square root of x squared	die vierkantswortel van x kwadraat
17	$\sqrt{x^{2} + y^{2}}$	the square root of x squared plus y squared	die vierkantswortel van x kwadraat plus y kwadraat
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the square root of, x sub 1, squared plus, x sub 2, squared	die vierkantswortel van, x onderskrif 1, kwadraat plus, x onderskrif 2, kwadraat
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	die vierkantswortel van, links hakkie, x onderskrif 2, minus, x onderskrif 1, regs hakkie, kwadraat plus, links hakkie, y onderskrif 2, minus, y onderskrif 1, regs hakkie, kwadraat
20	$\sqrt{\frac{1}{2}}$	the square root of one half	die vierkantswortel van een helfte
21	$\sqrt{\frac{23}{66}}$	the square root of, 23 over 66	die vierkantswortel van, 23 oor 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	die vierkantswortel van, die breuk met teller x plus 1, en noemer 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	die breuk met teller negatiewe b plus of minus die vierkantswortel van b kwadraat minus 4 a c, en noemer 2 a
24	$\sqrt[3]{y}$	the cube root of y	die derdemagswortel van y
25	$\sqrt[4]{n}$	the fourth root of n	die vierde wortel van n
26	$\sqrt[5]{35}$	the fifth root of 35	die vyfde wortel van 35
27	$\sqrt[9]{146}$	the ninth root of 146	die negende wortel van 146
28	$\sqrt[n]{d}$	the n-th root of d	die n-de wortel van d
29	$\sqrt[m]{243}$	the m-th root of 243	die m-de wortel van 243
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power	die i-de wortel van 2 tot die i-de mag
31	$\sqrt[j]{125}$	the j-th root of 125	die j-de wortel van 125
32	$- \sqrt[3]{y}$	negative the cube root of y	negatiewe die derdemagswortel van y
33	$- \sqrt[4]{n}$	negative the fourth root of n	negatiewe die vierde wortel van n

Afrikaans Clearspeak Roots rule tests. Locale: af, Style: Roots_PosNegSqRoot.

0	$\sqrt{2}$	the positive square root of 2	die positiewe vierkantswortel van 2
1	$3 + \sqrt{2}$	3 plus the positive square root of 2	3 plus die positiewe vierkantswortel van 2
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2	3 plus of minus die vierkantswortel van 2
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2	3 minus of plus die vierkantswortel van 2
4	$- \sqrt{2}$	the negative square root of 2	the negative square root of 2
5	$3 - \sqrt{2}$	3 minus the positive square root of 2	3 minus die positiewe vierkantswortel van 2
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2	3 plus the negative square root of 2
7	$3 - - \sqrt{2}$	3 minus the negative square root of 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	3 plus, links hakkie, the negative square root of 2, regs hakkie
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, close paren	3 minus, links hakkie, the negative square root of 2, regs hakkie
10	$\sqrt{x + 1}$	the positive square root of x plus 1	die positiewe vierkantswortel van x plus 1
11	$\sqrt{x} + 1$	the positive square root of x, plus 1	die positiewe vierkantswortel van x, plus 1
12	$- \sqrt{x}$	the negative square root of x	the negative square root of x
13	${(\sqrt{x})}^{2}$	open paren, the positive square root of x, close paren, squared	links hakkie, die positiewe vierkantswortel van x, regs hakkie, kwadraat
14	${(- \sqrt{x})}^{2}$	open paren, the negative square root of x, close paren, squared	links hakkie, the negative square root of x, regs hakkie, kwadraat
15	$- {(\sqrt{x})}^{2}$	negative, open paren, the positive square root of x, close paren, squared	negatiewe, links hakkie, die positiewe vierkantswortel van x, regs hakkie, kwadraat
16	${\sqrt{x}}^{2}$	the positive square root of x, squared	die positiewe vierkantswortel van x, kwadraat
17	$\sqrt{x^{2}}$	the positive square root of x squared	die positiewe vierkantswortel van x kwadraat
18	$\sqrt{x^{2} + y^{2}}$	the positive square root of x squared plus y squared	die positiewe vierkantswortel van x kwadraat plus y kwadraat
19	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the positive square root of, x sub 1, squared plus, x sub 2, squared	die positiewe vierkantswortel van, x onderskrif 1, kwadraat plus, x onderskrif 2, kwadraat
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	die positiewe vierkantswortel van, links hakkie, x onderskrif 2, minus, x onderskrif 1, regs hakkie, kwadraat plus, links hakkie, y onderskrif 2, minus, y onderskrif 1, regs hakkie, kwadraat
21	$\sqrt{\frac{1}{2}}$	the positive square root of one half	die positiewe vierkantswortel van een helfte
22	$\sqrt{\frac{23}{66}}$	the positive square root of, 23 over 66	die positiewe vierkantswortel van, 23 oor 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	die positiewe vierkantswortel van, die breuk met teller x plus 1, en noemer 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	die breuk met teller negatiewe b plus of minus die vierkantswortel van b kwadraat minus 4 a c, en noemer 2 a
25	$\sqrt[3]{y}$	the cube root of y	die derdemagswortel van y
26	$\sqrt[4]{n}$	the fourth root of n	die vierde wortel van n
27	$\sqrt[5]{35}$	the fifth root of 35	die vyfde wortel van 35
28	$\sqrt[9]{146}$	the ninth root of 146	die negende wortel van 146
29	$\sqrt[n]{d}$	the n-th root of d	die n-de wortel van d
30	$\sqrt[m]{243}$	the m-th root of 243	die m-de wortel van 243
31	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power	die i-de wortel van 2 tot die i-de mag
32	$\sqrt[j]{125}$	the j-th root of 125	die j-de wortel van 125
33	$- \sqrt[3]{y}$	negative the cube root of y	negatiewe die derdemagswortel van y
34	$- \sqrt[4]{n}$	negative the fourth root of n	negatiewe die vierde wortel van n

Afrikaans Clearspeak Roots rule tests. Locale: af, Style: Roots_RootEnd.

0	$\sqrt{2}$	the square root of 2, end root	die vierkantswortel van 2, end wortel
1	$3 + \sqrt{2}$	3 plus the square root of 2, end root	3 plus die vierkantswortel van 2, end wortel
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2, end root	3 plus of minus die vierkantswortel van 2, end wortel
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2, end root	3 minus of plus die vierkantswortel van 2, end wortel
4	$- \sqrt{2}$	the negative square root of 2, end root	the negative square root of 2, end wortel
5	$3 - \sqrt{2}$	3 minus the square root of 2, end root	3 minus die vierkantswortel van 2, end wortel
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2, end root	3 plus the negative square root of 2, end wortel
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2, end root	3 minus the negative square root of 2, end wortel
8	$3 + (- \sqrt{2})$	3 plus, open paren, the negative square root of 2, end root, close paren	3 plus, links hakkie, the negative square root of 2, end wortel, regs hakkie
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, end root, close paren	3 minus, links hakkie, the negative square root of 2, end wortel, regs hakkie
10	$\sqrt{x + 1}$	the square root of x plus 1, end root	die vierkantswortel van x plus 1, end wortel
11	$\sqrt{x} + 1$	the square root of x, end root, plus 1	die vierkantswortel van x, end wortel, plus 1
12	$- \sqrt{x}$	the negative square root of x, end root	the negative square root of x, end wortel
13	${(\sqrt{x})}^{2}$	open paren, the square root of x, end root, close paren, squared	links hakkie, die vierkantswortel van x, end wortel, regs hakkie, kwadraat
14	$- {(\sqrt{x})}^{2}$	negative, open paren, the square root of x, end root, close paren, squared	negatiewe, links hakkie, die vierkantswortel van x, end wortel, regs hakkie, kwadraat
15	${\sqrt{x}}^{2}$	the square root of x, end root, squared	die vierkantswortel van x, end wortel, kwadraat
16	$\sqrt{x^{2}}$	the square root of x squared, end root	die vierkantswortel van x kwadraat, end wortel
17	$\sqrt{x^{2} + y^{2}}$	the square root of x squared plus y squared, end root	die vierkantswortel van x kwadraat plus y kwadraat, end wortel
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the square root of, x sub 1, squared plus, x sub 2, squared, end root	die vierkantswortel van, x onderskrif 1, kwadraat plus, x onderskrif 2, kwadraat, end wortel
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	die vierkantswortel van, links hakkie, x onderskrif 2, minus, x onderskrif 1, regs hakkie, kwadraat plus, links hakkie, y onderskrif 2, minus, y onderskrif 1, regs hakkie, kwadraat, end wortel
20	$\sqrt{\frac{1}{2}}$	the square root of one half, end root	die vierkantswortel van een helfte, end wortel
21	$\sqrt{\frac{23}{66}}$	the square root of, 23 over 66, end root	die vierkantswortel van, 23 oor 66, end wortel
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	die vierkantswortel van, die breuk met teller x plus 1, en noemer 2 x, plus 5, end wortel
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	die breuk met teller negatiewe b plus of minus die vierkantswortel van b kwadraat minus 4 a c, end wortel, en noemer 2 a
24	$\sqrt[3]{y}$	the cube root of y, end root	die derdemagswortel van y, end wortel
25	$\sqrt[4]{n}$	the fourth root of n, end root	die vierde wortel van n, end wortel
26	$\sqrt[5]{35}$	the fifth root of 35, end root	die vyfde wortel van 35, end wortel
27	$\sqrt[9]{146}$	the ninth root of 146, end root	die negende wortel van 146, end wortel
28	$\sqrt[n]{d}$	the n-th root of d, end root	die n-de wortel van d, end wortel
29	$\sqrt[m]{243}$	the m-th root of 243, end root	die m-de wortel van 243, end wortel
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power, end root	die i-de wortel van 2 tot die i-de mag, end wortel
31	$\sqrt[j]{125}$	the j-th root of 125, end root	die j-de wortel van 125, end wortel
32	$- \sqrt[3]{y}$	negative the cube root of y, end root	negatiewe die derdemagswortel van y, end wortel
33	$- \sqrt[4]{n}$	negative the fourth root of n, end root	negatiewe die vierde wortel van n, end wortel

Afrikaans Clearspeak Roots rule tests. Locale: af, Style: Roots_PosNegSqRootEnd.

0	$\sqrt{2}$	the positive square root of 2, end root	die positiewe vierkantswortel van 2, end wortel
1	$3 + \sqrt{2}$	3 plus the positive square root of 2, end root	3 plus die positiewe vierkantswortel van 2, end wortel
2	$3 \pm \sqrt{2}$	3 plus or minus the square root of 2, end root	3 plus of minus die vierkantswortel van 2, end wortel
3	$3 \mp \sqrt{2}$	3 minus or plus the square root of 2, end root	3 minus of plus die vierkantswortel van 2, end wortel
4	$- \sqrt{2}$	the negative square root of 2, end root	the negative square root of 2, end wortel
5	$3 - \sqrt{2}$	3 minus the positive square root of 2, end root	3 minus die positiewe vierkantswortel van 2, end wortel
6	$3 + - \sqrt{2}$	3 plus the negative square root of 2, end root	3 plus the negative square root of 2, end wortel
7	$3 - - \sqrt{2}$	3 minus the negative square root of 2, end root	3 minus the negative square root of 2, end wortel
8	$3 + (- \sqrt{2})$	3 plus, open paren, the negative square root of 2, end root, close paren	3 plus, links hakkie, the negative square root of 2, end wortel, regs hakkie
9	$3 - (- \sqrt{2})$	3 minus, open paren, the negative square root of 2, end root, close paren	3 minus, links hakkie, the negative square root of 2, end wortel, regs hakkie
10	$\sqrt{x + 1}$	the positive square root of x plus 1, end root	die positiewe vierkantswortel van x plus 1, end wortel
11	$\sqrt{x} + 1$	the positive square root of x, end root, plus 1	die positiewe vierkantswortel van x, end wortel, plus 1
12	$- \sqrt{x}$	the negative square root of x, end root	the negative square root of x, end wortel
13	${(\sqrt{x})}^{2}$	open paren, the positive square root of x, end root, close paren, squared	links hakkie, die positiewe vierkantswortel van x, end wortel, regs hakkie, kwadraat
14	${(- \sqrt{x})}^{2}$	open paren, the negative square root of x, end root, close paren, squared	links hakkie, the negative square root of x, end wortel, regs hakkie, kwadraat
15	${\sqrt{x}}^{2}$	the positive square root of x, end root, squared	die positiewe vierkantswortel van x, end wortel, kwadraat
16	$\sqrt{x^{2}}$	the positive square root of x squared, end root	die positiewe vierkantswortel van x kwadraat, end wortel
17	$\sqrt{x^{2} + y^{2}}$	the positive square root of x squared plus y squared, end root	die positiewe vierkantswortel van x kwadraat plus y kwadraat, end wortel
18	$\sqrt{x_{1}^{2} + x_{2}^{2}}$	the positive square root of, x sub 1, squared plus, x sub 2, squared, end root	die positiewe vierkantswortel van, x onderskrif 1, kwadraat plus, x onderskrif 2, kwadraat, end wortel
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	die positiewe vierkantswortel van, links hakkie, x onderskrif 2, minus, x onderskrif 1, regs hakkie, kwadraat plus, links hakkie, y onderskrif 2, minus, y onderskrif 1, regs hakkie, kwadraat, end wortel
20	$\sqrt{\frac{1}{2}}$	the positive square root of one half, end root	die positiewe vierkantswortel van een helfte, end wortel
21	$\sqrt{\frac{23}{66}}$	the positive square root of, 23 over 66, end root	die positiewe vierkantswortel van, 23 oor 66, end wortel
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	die positiewe vierkantswortel van, die breuk met teller x plus 1, en noemer 2 x, plus 5, end wortel
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	die breuk met teller negatiewe b plus of minus die vierkantswortel van b kwadraat minus 4 a c, end wortel, en noemer 2 a
24	$\sqrt[3]{y}$	the cube root of y, end root	die derdemagswortel van y, end wortel
25	$\sqrt[4]{n}$	the fourth root of n, end root	die vierde wortel van n, end wortel
26	$\sqrt[5]{35}$	the fifth root of 35, end root	die vyfde wortel van 35, end wortel
27	$\sqrt[9]{146}$	the ninth root of 146, end root	die negende wortel van 146, end wortel
28	$\sqrt[n]{d}$	the n-th root of d, end root	die n-de wortel van d, end wortel
29	$\sqrt[m]{243}$	the m-th root of 243, end root	die m-de wortel van 243, end wortel
30	$\sqrt[i]{2^{i}}$	the i-th root of 2 to the i-th power, end root	die i-de wortel van 2 tot die i-de mag, end wortel
31	$\sqrt[j]{125}$	the j-th root of 125, end root	die j-de wortel van 125, end wortel
32	$- \sqrt[3]{y}$	negative the cube root of y, end root	negatiewe die derdemagswortel van y, end wortel
33	$- \sqrt[4]{n}$	negative the fourth root of n, end root	negatiewe die vierde wortel van n, end wortel

Afrikaans Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: af, 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	die versameling van alle x in die heelgetalle sodat 2 kleiner as x kleiner as 7
1	${x \| \| x \| > 2}$	the set of all x such that, the absolute value of x, is greater than 2	die versameling van alle x sodat, die absolute waarde van x, groter as 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	die versameling van alle x in die heelgetalle sodat 2 kleiner as x kleiner as 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	die versameling van alle x in die natuurlike getalle sodat x is an even number
4	${1, 2, 3}$	the set 1 comma 2 comma 3	die versameling 1 komma 2 komma 3
5	${1, 112, 1, 253}$	the set 1 comma 112 comma 1 comma 253	die versameling 1 komma 112 komma 1 komma 253

Afrikaans Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: af, 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	die versameling van x in die heelgetalle sodat 2 kleiner as x kleiner as 7
1	${x \| \| x \| > 2}$	the set of x such that, the absolute value of x, is greater than 2	die versameling van x sodat, die absolute waarde van x, groter as 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	die versameling van x in die heelgetalle sodat 2 kleiner as x kleiner as 7
3	${1, 2, 3}$	the set 1 comma 2 comma 3	die versameling 1 komma 2 komma 3
4	${1, 112, 1, 253}$	the set 1 comma 112 comma 1 comma 253	die versameling 1 komma 112 komma 1 komma 253

Afrikaans Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: af, 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	die versameling van alle x in die heelgetalle sodat 2 kleiner as x kleiner as 7
1	${x \| \| x \| > 2}$	the set of all x such that, the absolute value of x, is greater than 2	die versameling van alle x sodat, die absolute waarde van x, groter as 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	die versameling van alle x in die heelgetalle sodat 2 kleiner as x kleiner as 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	die versameling van alle x in die natuurlike getalle sodat x is an even number
4	${1, 2, 3}$	1 comma 2 comma 3	1 komma 2 komma 3
5	${1, 112, 1, 253}$	1 comma 112 comma 1 comma 253	1 komma 112 komma 1 komma 253

Afrikaans Clearspeak Trigometry rule tests. Locale: af, Style: Trig_Auto.

0	$\sin x$	sine x	sinus x
1	$\cos x$	cosine x	kosinus x
2	$\tan θ$	tangent theta	tangens theta
3	$\sec θ$	secant theta	sekans theta
4	$\csc x$	cosecant x	kosekans x
5	$\cot x$	cotangent x	kotangens x
6	$\sin^{2} x$	sine squared x	sinus kwadraat x
7	$\cos^{3} x$	cosine cubed x	kosinus tot die mag drie x
8	$\tan^{2} x$	tangent squared x	tangens kwadraat x
9	$\sec^{3} x$	secant cubed x	sekans tot die mag drie x
10	$\csc^{2} x$	cosecant squared x	kosekans kwadraat x
11	$\cot^{2} x$	cotangent squared x	kotangens kwadraat x
12	$\sin 2 π$	sine 2 pi	sinus 2 pi
13	$\sin (π k + \frac{π}{2})$	the sine of, open paren, pi k, plus, pi over 2, close paren	die sinus van, links hakkie, pi k, plus, pi oor 2, regs hakkie
14	$\cos \frac{π}{2}$	the cosine of, pi over 2	die kosinus van, pi oor 2
15	$\sin \frac{π}{2}$	the sine of, pi over 2	die sinus van, pi oor 2
16	$\frac{\sin π}{2}$	sine pi over 2	sinus pi oor 2
17	$\frac{2}{\sin π}$	2 over sine pi	2 oor sinus pi
18	$\frac{\sin \frac{π}{2}}{3}$	the fraction with numerator, the sine of, pi over 2, and denominator 3	die breuk met teller, die sinus van, pi oor 2, en noemer 3
19	$\tan (- π)$	tangent negative pi	tangens negatiewe pi
20	$\sin (x + π)$	the sine of, open paren, x plus pi, close paren	die sinus van, links hakkie, x plus pi, regs hakkie
21	$\cos (x + \frac{π}{2})$	the cosine of, open paren, x plus, pi over 2, close paren	die kosinus van, links hakkie, x plus, pi oor 2, regs hakkie
22	$\cos (\frac{π}{2} + x)$	the cosine of, open paren, pi over 2, plus x, close paren	die kosinus van, links hakkie, pi oor 2, plus x, regs hakkie
23	$\sin^{2} x + \cos^{2} x = 1$	sine squared x, plus, cosine squared x, equals 1	sinus kwadraat x, plus, kosinus kwadraat x, is gelyk aan 1
24	$\sin^{4} x$	the fourth power of sine x	die vierde mag van sinus x
25	$\cos^{5} x$	the fifth power of cosine x	die vyfde mag van kosinus x
26	$\tan^{n} x$	the n-th power of tangent x	die n-de mag van tangens x
27	$\frac{\sin x}{\cos x}$	sine x over cosine x	sinus x oor kosinus x
28	$\tan 35 °$	tangent 35 degrees	tangens 35 grade
29	$\tan (∠ D E F)$	the tangent of, open paren, angle D E F, close paren	die tangens van, links hakkie, hoek D E F, regs hakkie
30	$\tan (∠ D)$	the tangent of, open paren, angle D, close paren	die tangens van, links hakkie, hoek D, regs hakkie
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	die sinus van, links hakkie, x plus y, regs hakkie, is gelyk aan, sinus x kosinus y, plus, kosinus x sinus 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	die kosinus van, links hakkie, x plus y, regs hakkie, is gelyk aan, kosinus x kosinus y, minus, sinus x sinus 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	die tangens van, links hakkie, x plus y, regs hakkie, is gelyk aan, die breuk met teller tangens x minus tangens y, en noemer 1 minus, tangens x tangens 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	die tangens van, links hakkie, pi oor 6, plus, 2 pi oor 3, regs hakkie, is gelyk aan, die breuk met teller, die tangens van, pi oor 6, minus, die tangens van, 2 pi oor 3, en noemer 1 minus, die tangens van, pi oor 6, die tangens van, 2 pi oor 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	tangens 2 x, is gelyk aan, die breuk met teller 2 tangens x, en noemer 1 minus, tangens kwadraat x
36	$\cos 2 x = 2 \cos^{2} x - 1$	cosine 2 x, equals 2, cosine squared x, minus 1	kosinus 2 x, is gelyk aan 2, kosinus kwadraat 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	die sinus van, x oor 2, is gelyk aan plus of minus die vierkantswortel van, die breuk met teller 1 minus kosinus x, en noemer 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	die tangens van, x oor 2, is gelyk aan plus of minus die vierkantswortel van, die breuk met teller 1 minus kosinus x, en noemer 1 plus kosinus 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	kosinus x kosinus y, is gelyk aan 2, die kosinus van, die breuk met teller x plus y, en noemer 2, die kosinus van, die breuk met teller x minus y, en noemer 2
40	$\sin^{- 1} x$	the inverse sine of x	die inverse sinus van x
41	$\cos^{- 1} x$	the inverse cosine of x	die inverse kosinus van x
42	$\tan^{- 1} x$	the inverse tangent of x	die inverse tangens van x
43	$\cot^{- 1} x$	the inverse cotangent of x	die inverse kotangens van x
44	$\sec^{- 1} x$	the inverse secant of x	die inverse sekans van x
45	$\csc^{- 1} x$	the inverse cosecant of x	die inverse kosekans van x
46	$\sin^{- 1} \frac{\sqrt{2}}{2}$	the inverse sine of, the fraction with numerator the square root of 2, and denominator 2	die inverse sinus van, die breuk met teller die vierkantswortel van 2, en noemer 2
47	$\cos^{- 1} \frac{1}{2}$	the inverse cosine of one half	die inverse kosinus van een helfte
48	$\tan^{- 1} 17$	the inverse tangent of 17	die inverse tangens van 17
49	$\cot^{- 1} 32$	the inverse cotangent of 32	die inverse kotangens van 32
50	$\sec^{- 1} 100$	the inverse secant of 100	die inverse sekans van 100
51	$\csc^{- 1} 85$	the inverse cosecant of 85	die inverse kosekans van 85
52	$\sin^{- 1} (- x)$	the inverse sine of negative x	die inverse sinus van negatiewe x
53	$\cos^{- 1} (- x)$	the inverse cosine of negative x	die inverse kosinus van negatiewe x
54	$\tan^{- 1} (- x + 12)$	the inverse tangent of, open paren, negative x plus 12, close paren	die inverse tangens van, links hakkie, negatiewe x plus 12, regs hakkie
55	$\cot^{- 1} (- x - 1)$	the inverse cotangent of, open paren, negative x minus 1, close paren	die inverse kotangens van, links hakkie, negatiewe x minus 1, regs hakkie
56	$\sin^{- 1} (\sin 0)$	the inverse sine of sine 0	die inverse sinus van sinus 0
57	$\csc^{- 1} (\csc x)$	the inverse cosecant of cosecant x	die inverse kosekans van kosekans 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	die kosinus van, links hakkie, die inverse kosinus van, links hakkie, negatiewe, die breuk met teller die vierkantswortel van 2, en noemer 2, regs hakkie, regs hakkie
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	die kosinus van, links hakkie, negatiewe, die inverse kosinus van, links hakkie, die breuk met teller die vierkantswortel van 2, en noemer 2, regs hakkie, regs hakkie
60	$\sin^{- 1} (\cos \frac{π}{4})$	the inverse sine of, open paren, the cosine of, pi over 4, close paren	die inverse sinus van, links hakkie, die kosinus van, pi oor 4, regs hakkie
61	$\sin (\cos^{- 1} \frac{1}{2})$	sine, the inverse cosine of one half	sinus, die inverse kosinus van een helfte
62	$\sin (\tan^{- 1} 1)$	sine, the inverse tangent of 1	sinus, die inverse tangens van 1
63	$\sin (- \tan^{- 1} 1)$	the sine of, open paren, negative, the inverse tangent of 1, close paren	die sinus van, links hakkie, negatiewe, die inverse tangens van 1, regs hakkie
64	$\sin (- \tan^{- 1} (- 1))$	the sine of, open paren, negative, the inverse tangent of negative 1, close paren	die sinus van, links hakkie, negatiewe, die inverse tangens van negatiewe 1, regs hakkie
65	$\sec^{- 1} (\sec x)$	the inverse secant of secant x	die inverse sekans van sekans x
66	$\arcsin x$	arc sine x	boog sinus x
67	$\arccos x$	arc cosine x	boog kosinus x
68	$\arctan x$	arc tangent x	boog tangens x
69	$\sinh x$	hyperbolic sine of x	hiperboliese sinus van x
70	$\cosh x$	hyperbolic cosine of x	hiperboliese kosinus van x
71	$\tanh x$	hyperbolic tangent of x	hiperboliese tangens van x
72	$\coth x$	hyperbolic cotangent of x	hiperboliese kotangens van x
73	$sech x$	hyperbolic secant of x	hiperboliese sekans van x
74	$csch x$	hyperbolic cosecant of x	hiperboliese kosekans van x
75	$\sinh^{- 1} x$	the inverse hyperbolic sine of x	die inverse hiperboliese sinus van x
76	$\cosh^{- 1} x$	the inverse hyperbolic cosine of x	die inverse hiperboliese kosinus van x
77	$\tanh^{- 1} x$	the inverse hyperbolic tangent of x	die inverse hiperboliese tangens van x
78	$\coth^{- 1} x$	the inverse hyperbolic cotangent of x	die inverse hiperboliese kotangens van x
79	${sech}^{- 1} x$	the inverse hyperbolic secant of x	die inverse hiperboliese sekans van x
80	${csch}^{- 1} x$	the inverse hyperbolic cosecant of x	die inverse hiperboliese kosekans van x
81	$\sinh (\sinh^{- 1} x)$	hyperbolic sine of, the inverse hyperbolic sine of x	hiperboliese sinus van, die inverse hiperboliese sinus van x
82	$\cosh (\cosh^{- 1} x)$	hyperbolic cosine of, the inverse hyperbolic cosine of x	hiperboliese kosinus van, die inverse hiperboliese kosinus van x
83	$\tanh (\tanh^{- 1} x)$	hyperbolic tangent of, the inverse hyperbolic tangent of x	hiperboliese tangens van, die inverse hiperboliese tangens van x
84	$\coth (\coth^{- 1} x)$	hyperbolic cotangent of, the inverse hyperbolic cotangent of x	hiperboliese kotangens van, die inverse hiperboliese kotangens van x
85	$\sinh^{- 1} (\sinh x)$	the inverse hyperbolic sine of, hyperbolic sine of x	die inverse hiperboliese sinus van, hiperboliese sinus van x
86	$\cosh^{- 1} (\cosh x)$	the inverse hyperbolic cosine of, hyperbolic cosine of x	die inverse hiperboliese kosinus van, hiperboliese kosinus van x
87	$\tanh^{- 1} (\tanh x)$	the inverse hyperbolic tangent of, hyperbolic tangent of x	die inverse hiperboliese tangens van, hiperboliese tangens van x
88	$\coth^{- 1} (\coth x)$	the inverse hyperbolic cotangent of, hyperbolic cotangent of x	die inverse hiperboliese kotangens van, hiperboliese kotangens van x

Afrikaans Clearspeak Trigometry rule tests. Locale: af, 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	die sinus van, links hakkie, negatiewe, pi oor 8, regs hakkie, is gelyk aan negatiewe een helfte die vierkantswortel van 2 minus die vierkantswortel van 2, end wortel, end wortel
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	die tangens van, 3 pi oor 8, is gelyk aan, die breuk met teller die vierkantswortel van, die vierkantswortel van 2, end wortel, plus 1, end wortel, en noemer die vierkantswortel van, die vierkantswortel van 2, end wortel, minus 1, end wortel
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	die tangens van, pi oor 12, is gelyk aan een helfte die vierkantswortel van 2 minus die vierkantswortel van 3, end wortel, end wortel

Afrikaans Clearspeak Trigometry rule tests. Locale: af, Style: Trig_TrigInverse.

0	$\sin^{- 1} x$	sine inverse of x	sinus inverse van x
1	$\cos^{- 1} x$	cosine inverse of x	kosinus inverse van x
2	$\tan^{- 1} x$	tangent inverse of x	tangens inverse van x
3	$\cot^{- 1} x$	cotangent inverse of x	kotangens inverse van x
4	$\sec^{- 1} x$	secant inverse of x	sekans inverse van x
5	$\csc^{- 1} x$	cosecant inverse of x	kosekans inverse van x
6	$\sin^{- 1} \frac{\sqrt{2}}{2}$	sine inverse of, the fraction with numerator the square root of 2, and denominator 2	sinus inverse van, die breuk met teller die vierkantswortel van 2, en noemer 2
7	$\cos^{- 1} \frac{1}{2}$	cosine inverse of one half	kosinus inverse van een helfte
8	$\tan^{- 1} 17$	tangent inverse of 17	tangens inverse van 17
9	$\cot^{- 1} 32$	cotangent inverse of 32	kotangens inverse van 32
10	$\sec^{- 1} 100$	secant inverse of 100	sekans inverse van 100
11	$\csc^{- 1} 85$	cosecant inverse of 85	kosekans inverse van 85
12	$\sin^{- 1} (- x)$	sine inverse of negative x	sinus inverse van negatiewe x
13	$\cos^{- 1} (- x)$	cosine inverse of negative x	kosinus inverse van negatiewe x
14	$\tan^{- 1} (- x + 12)$	tangent inverse of, open paren, negative x plus 12, close paren	tangens inverse van, links hakkie, negatiewe x plus 12, regs hakkie
15	$\cot^{- 1} (- x - 1)$	cotangent inverse of, open paren, negative x minus 1, close paren	kotangens inverse van, links hakkie, negatiewe x minus 1, regs hakkie
16	$\sin^{- 1} (\sin 0)$	sine inverse of sine 0	sinus inverse van sinus 0
17	$\csc^{- 1} (\csc x)$	cosecant inverse of cosecant x	kosekans inverse van kosekans 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	die kosinus van, links hakkie, kosinus inverse van, links hakkie, negatiewe, die breuk met teller die vierkantswortel van 2, en noemer 2, regs hakkie, regs hakkie
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	die kosinus van, links hakkie, negatiewe, kosinus inverse van, links hakkie, die breuk met teller die vierkantswortel van 2, en noemer 2, regs hakkie, regs hakkie
20	$\sin^{- 1} (\cos \frac{π}{4})$	sine inverse of, open paren, the cosine of, pi over 4, close paren	sinus inverse van, links hakkie, die kosinus van, pi oor 4, regs hakkie
21	$\sin (\cos^{- 1} \frac{1}{2})$	sine, cosine inverse of one half	sinus, kosinus inverse van een helfte
22	$\sin (\tan^{- 1} 1)$	sine, tangent inverse of 1	sinus, tangens inverse van 1
23	$\sin (- \tan^{- 1} 1)$	the sine of, open paren, negative, tangent inverse of 1, close paren	die sinus van, links hakkie, negatiewe, tangens inverse van 1, regs hakkie
24	$\sin (- \tan^{- 1} (- 1))$	the sine of, open paren, negative, tangent inverse of negative 1, close paren	die sinus van, links hakkie, negatiewe, tangens inverse van negatiewe 1, regs hakkie
25	$\sec^{- 1} (\sec x)$	secant inverse of secant x	sekans inverse van sekans x

Afrikaans Clearspeak Trigometry rule tests. Locale: af, Style: Trig_ArcTrig.

0	$\sin^{- 1} x$	arc sine x	boog sinus x
1	$\cos^{- 1} x$	arc cosine x	boog kosinus x
2	$\tan^{- 1} x$	arc tangent x	boog tangens x
3	$\cot^{- 1} x$	arc cotangent x	boog kotangens x
4	$\sec^{- 1} x$	arc secant x	boog sekans x
5	$\csc^{- 1} x$	arc cosecant x	boog kosekans x
6	$\sin^{- 1} \frac{\sqrt{2}}{2}$	arc sine of, the fraction with numerator the square root of 2, and denominator 2	boog sinus van, die breuk met teller die vierkantswortel van 2, en noemer 2
7	$\cos^{- 1} \frac{1}{2}$	arc cosine one half	boog kosinus een helfte
8	$\tan^{- 1} 17$	arc tangent 17	boog tangens 17
9	$\cot^{- 1} 32$	arc cotangent 32	boog kotangens 32
10	$\sec^{- 1} 100$	arc secant 100	boog sekans 100
11	$\csc^{- 1} 85$	arc cosecant 85	boog kosekans 85
12	$\sin^{- 1} (- x)$	arc sine negative x	boog sinus negatiewe x
13	$\cos^{- 1} (- x)$	arc cosine negative x	boog kosinus negatiewe x
14	$\tan^{- 1} (- x + 12)$	arc tangent of, open paren, negative x plus 12, close paren	boog tangens van, links hakkie, negatiewe x plus 12, regs hakkie
15	$\cot^{- 1} (- x - 1)$	arc cotangent of, open paren, negative x minus 1, close paren	boog kotangens van, links hakkie, negatiewe x minus 1, regs hakkie
16	$\sin^{- 1} (\sin 0)$	arc sine, sine 0	boog sinus, sinus 0
17	$\csc^{- 1} (\csc x)$	arc cosecant, cosecant x	boog kosekans, kosekans 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	die kosinus van, links hakkie, boog kosinus van, links hakkie, negatiewe, die breuk met teller die vierkantswortel van 2, en noemer 2, regs hakkie, regs hakkie
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	die kosinus van, links hakkie, negatiewe, boog kosinus van, links hakkie, die breuk met teller die vierkantswortel van 2, en noemer 2, regs hakkie, regs hakkie
20	$\sin^{- 1} (\cos \frac{π}{4})$	arc sine of, open paren, the cosine of, pi over 4, close paren	boog sinus van, links hakkie, die kosinus van, pi oor 4, regs hakkie
21	$\sin (\cos^{- 1} \frac{1}{2})$	sine, arc cosine one half	sinus, boog kosinus een helfte
22	$\sin (\tan^{- 1} 1)$	sine, arc tangent 1	sinus, boog tangens 1
23	$\sin (- \tan^{- 1} 1)$	the sine of, open paren, negative, arc tangent 1, close paren	die sinus van, links hakkie, negatiewe, boog tangens 1, regs hakkie
24	$\sin (- \tan^{- 1} (- 1))$	the sine of, open paren, negative, arc tangent negative 1, close paren	die sinus van, links hakkie, negatiewe, boog tangens negatiewe 1, regs hakkie
25	$\sec^{- 1} (\sec x)$	arc secant, secant x	boog sekans, sekans x

Afrikaans Clearspeak Units tests. Locale: af, Style: Verbose.

0	${in}^{2}$	square inches	kwadraat duim
1	$s^{2}$	seconds to the second power	kwadraat sekondes
2	$m^{2}$	square meters	kwadraat meter
3	${in}^{3}$	cubic inches	kubiek duim
4	$s^{3}$	seconds to the third power	kubiek sekondes
5	$m^{3}$	cubic meters	kubiek meter
6	${in}^{- 1}$	reciprocal inches	resiprook duim
7	${in}^{- 1} {mm}^{- 1}$	reciprocal inches per millimeter	resiprook duim per millimeter
8	$\frac{in}{mm}$	inches per millimeter	duim per millimeter
9	$km$	kilometers	kilometer
10	$A$	amperes	ampere
11	$Ω$	ohms	ohm
12	$kΩ$	kilohms	kilohm
13	$°C$	Celsius	Selsius
14	$\min \min$	min of minutes	min van minute
15	$3 km$	3 kilometers	3 kilometer
16	$km + s$	kilometers plus seconds	kilometer plus sekondes
17	${km}^{2}$	square kilometers	kwadraat kilometer
18	$m^{3}$	cubic meters	kubiek meter
19	${km}^{4}$	kilometers to the fourth power	kilometer tot die vierde mag
20	$m^{- 1}$	reciprocal meters	resiprook meter
21	$s m^{- 1}$	seconds per meter	sekondes per meter
22	${\frac{s}{m}}^{- 1}$	seconds per meter to the negative 1 power	sekondes per meter tot die negatiewe 1 mag
23	${\frac{s}{m}}^{- 1}$	seconds per meter to the negative 1 power	sekondes per meter tot die negatiewe 1 mag
24	$3 m^{- 1}$	3 reciprocal meters	3 resiprook meter
25	$\frac{km}{h}$	kilometers per hour	kilometer per uur
26	$N \frac{km}{h}$	Newtons kilometers per hour	Newton kilometer per uur
27	$\frac{m}{km}$	m over kilometers	m oor kilometer
28	$3 km h$	3 kilometers hours	3 kilometer ure
29	$s 3 m km h$	seconds 3 m kilometers hours	sekondes 3 m kilometer ure
30	$km s^{2} 3 m km h$	kilometers seconds to the second power 3 m kilometers hours	kilometer kwadraat sekondes 3 m kilometer ure
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	3 m kilometer ure die breuk met teller N en noemer kwadraat sekondes
32	$3 m km h \frac{N}{s^{2}}$	3 m kilometers hours Newtons per second to the second power	3 m kilometer ure Newton per kwadraat sekonde
33	$4 mm$	4 millimeters	4 millimeter
34	$1 mm$	1 millimeter	1 millimeter
35	$4 mm$	4 millimeters	4 millimeter
36	$1 mm$	1 millimeter	1 millimeter
37	$m s$	meters seconds	meter sekondes
38	$m s$	m seconds	m sekondes
39	$m s$	meters s	meter s
40	$m s$	meters seconds	meter sekondes
41	$m s$	m seconds	m sekondes
42	$m s$	meters s	meter s
43	$m s l$	meters seconds liters	meter sekondes lieters
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	63360 duim is gelyk aan 63360 duim is gelyk aan 63360 duim is gelyk aan 63360 inches is gelyk aan 5280 voet is gelyk aan 5280 voet is gelyk aan 5280 voet is gelyk aan 5280 feet is gelyk aan 1760 jaart is gelyk aan 1760 jaart is gelyk aan 1760 yards is gelyk aan 1 myl is gelyk aan 1 myl is gelyk aan 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	8000 links is gelyk aan 8000 links is gelyk aan 8000 links is gelyk aan 320 stawe is gelyk aan 320 stawe is gelyk aan 320 rods is gelyk aan 80 kettings is gelyk aan 80 kettings is gelyk aan 80 chains is gelyk aan 8 furlong is gelyk aan 8 furlong is gelyk aan 8 furlongs is gelyk aan 1 myl is gelyk aan 1 myl is gelyk aan 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	43560 vierkant 'n voet is gelyk aan 43560 vierkant 'n voet is gelyk aan 43560 kwadraat voet is gelyk aan 43560 voet kwadraat is gelyk aan 43560 square feet is gelyk aan 4840 vierkant 'n jaart is gelyk aan 4840 vierkant 'n jaart is gelyk aan 4840 kwadraat jaart is gelyk aan 4840 square yards is gelyk aan 160 vierkant 'n staaf is gelyk aan 160 vierkant 'n staaf is gelyk aan 160 kwadraat stawe is gelyk aan 160 square rods is gelyk aan 1 akker is gelyk aan 1 akker is gelyk aan 1 acre is gelyk aan 1 oor 640 vierkant 'n myl is gelyk aan 1 oor 640 vierkant 'n myl is gelyk aan 1 oor 640 kwadraat myl is gelyk aan 1 oor 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	46656 kubieke duim is gelyk aan 46656 kubieke duim is gelyk aan 46656 kubiek duim is gelyk aan 46656 duim tot die mag drie is gelyk aan 46656 cubic inches is gelyk aan 27 kubieke voet is gelyk aan 27 kubieke voet is gelyk aan 27 kubiek voet is gelyk aan 27 voet tot die mag drie is gelyk aan 27 cubic feet is gelyk aan 1 kubieke jaart is gelyk aan 1 kubieke jaart is gelyk aan 1 kubiek jaart is gelyk aan 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	1024 vloeibare dragmes is gelyk aan 1024 vloeibare dragmes is gelyk aan 1024 fluid drams is gelyk aan 768 teelepels is gelyk aan 768 teelepels is gelyk aan 768 teaspoons is gelyk aan 256 eetlepels is gelyk aan 256 eetlepels is gelyk aan 256 tablespoons is gelyk aan 128 vloeibare onse is gelyk aan 128 vloeibare onse is gelyk aan 128 fluid ounces is gelyk aan 16 koppies is gelyk aan 16 koppies is gelyk aan 16 cups is gelyk aan 8 pinte is gelyk aan 8 pinte is gelyk aan 8 pints is gelyk aan 4 kwarte is gelyk aan 4 kwarte is gelyk aan 4 quarts is gelyk aan 1 galon is gelyk aan 1 galon is gelyk aan 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	256 dragmes is gelyk aan 256 dragmes is gelyk aan 256 drams is gelyk aan 16 onse is gelyk aan 16 onse is gelyk aan 16 ounces is gelyk aan 1 # is gelyk aan 1 pond is gelyk aan 1 pond is gelyk aan 1 pounds is gelyk aan 100 honderdgewigte is gelyk aan 100 honderdgewigte is gelyk aan 100 hundredweights is gelyk aan 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	63360 duim is gelyk aan 63360 duim is gelyk aan 63360 duim is gelyk aan 63360 inches is gelyk aan 5280 voet is gelyk aan 5280 voet is gelyk aan 5280 voet is gelyk aan 5280 feet is gelyk aan 1760 jaart is gelyk aan 1760 jaart is gelyk aan 1760 yards is gelyk aan 1 myl is gelyk aan 1 myl is gelyk aan 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	1 joule is gelyk aan 1 kilogram dot kwadraat meter dot sekondes tot die negatiewe 2 mag
52	$1 J = 1 kg m^{2} s^{- 2}$	1 joule equals 1 kilogram square meters seconds to the negative 2 power	1 joule is gelyk aan 1 kilogram kwadraat meter sekondes tot die negatiewe 2 mag
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	1 joule is gelyk aan 1 kilogram kwadraat meter sekondes tot die negatiewe 2 mag
54	${in}^{3}$	cubic inches	kubiek duim
55	$\frac{km kg s^{2}}{J}$	kilometers kilograms seconds to the second power per joule	kilometer kilogram kwadraat sekondes per joule
56	$\frac{3 km 1 kg s^{2}}{J}$	3 kilometers 1 kilogram seconds to the second power over joules	3 kilometer 1 kilogram kwadraat sekondes oor joule
57	$\frac{1 km kg s^{2}}{J}$	1 kilometer kilograms seconds to the second power over joules	1 kilometer kilogram kwadraat sekondes oor joule
58	$\frac{1 km kg s^{2}}{5 J}$	1 kilometer kilograms seconds to the second power over 5 joules	1 kilometer kilogram kwadraat sekondes oor 5 joule
59	$km$	kilometers	kilometer
60	$3 km kg s^{2} J$	3 kilometers kilograms seconds to the second power joules	3 kilometer kilogram kwadraat sekondes joule
61	$3 km kg s^{2} J$	3 kilometers kilograms seconds to the second power joules	3 kilometer kilogram kwadraat sekondes joule
62	$3 km 4 kg s^{2} J$	3 kilometers 4 kilograms seconds to the second power joules	3 kilometer 4 kilogram kwadraat sekondes joule
63	$3 km 1 kg s^{2} J$	3 kilometers 1 kilogram seconds to the second power joules	3 kilometer 1 kilogram kwadraat sekondes joule
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	1 kilometer sekondes plus 2 kilometer sekondes plus 0 kilometer sekondes plus a kilometer sekondes plus
65	$1 km + 2 km + 0 km + a km$	1 kilometer plus 2 kilometers plus 0 kilometers plus a kilometers	1 kilometer plus 2 kilometer plus 0 kilometer plus a kilometer
66	$1 \frac{2}{3} kg$	1 and two thirds kilograms	1 en twee derdes kilogram
67	$1 \frac{2}{3} kg km$	1 and two thirds kilograms kilometers	1 en twee derdes kilogram kilometer
68	$1 km 2 kg km$	1 kilometer 2 kilograms kilometers	1 kilometer 2 kilogram kilometer
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	1 kilometer kilogram sekondes plus 2 kilometer kilogram sekondes plus 0 kilometer kilogram sekondes plus a kilometer kilogram sekondes plus
70	$1 $$	1 dollar	1 doller
71	$$ 1$	1 dollars	1 dollers
72	$$$	dollars	dollers
73	$$$	dollars	dollers
74	$2 $$	2 dollars	2 dollers
75	$$ 2$	2 dollars	2 dollers
76	$1 $ + 2 $ + 0 $ + a $$	1 dollar plus 2 dollars plus 0 dollars plus a dollars	1 doller plus 2 dollers plus 0 dollers plus a dollers
77	$1 $ + $ 2 + 0 $ + $ a$	1 dollar plus 2 dollars plus 0 dollars plus a dollars	1 doller plus 2 dollers plus 0 dollers plus a dollers
78	$1 € + 2 € + 0 € + a €$	1 euro plus 2 euros plus 0 euros plus a euros	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	1 pond plus 2 ponde plus 0 ponde plus a ponde

Afrikaans Clearspeak Units tests. Locale: af, Style: Currency_Position.

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

Afrikaans Clearspeak Units tests. Locale: af, Style: Currency_Prefix.

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

Afrikaans Clearspeak Neutral Fences rule tests. Locale: af, Style: Verbose.

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

Afrikaans Clearspeak Neutral Fences rule tests. Locale: af, Style: AbsoluteValue_AbsEnd.

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