## Nynorsk Clearspeak AbsoluteValue rule tests. Locale: nn, Style: AbsoluteValue_Auto.

 0 $|x|$ the absolute value of x den absolutte verdien av x 1 $|x+1|$ the absolute value of x plus 1 den absolutte verdien av x pluss 1 2 $|x|+1$ the absolute value of x, plus 1 den absolutte verdien av x, pluss 1 3 $|x|+|y|\ge |z|$ the absolute value of x, plus, the absolute value of y, is greater than or equal to, the absolute value of z den absolutte verdien av x, pluss, den absolutte verdien av y, er større enn eller er lik, den absolutte verdien av z 4 $|\begin{array}{cc}2& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5 5 $|\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}|$ the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 determinanten til 3 ganger 3 matrisa. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 6 $|\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}|$ 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 determinanten til 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 7 $|\begin{array}{cc}2& 1\\ 7& 5+x\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 8 $|\begin{array}{cc}2x& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2 x, 1 rad 2: 7, 5 9 $|\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds determinanten til 2 ganger 2 matrisa. rad 1: 2 x, y rad 2: ein andre, to tredje 10 $|\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth determinanten til 2 ganger 2 matrisa. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte

## Nynorsk Clearspeak AbsoluteValue rule tests. Locale: nn, Style: AbsoluteValue_AbsEnd.

 0 $|x|$ the absolute value of x, end absolute value den absolutte verdien av x, slutt absolutt verdi 1 $|x+1|$ the absolute value of x plus 1, end absolute value den absolutte verdien av x pluss 1, slutt absolutt verdi 2 $|x|+1$ the absolute value of x, end absolute value, plus 1 den absolutte verdien av x, slutt absolutt verdi, pluss 1 3 $|x|+|y|\ge |z|$ 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 den absolutte verdien av x, slutt absolutt verdi, pluss, den absolutte verdien av y, slutt absolutt verdi, er større enn eller er lik, den absolutte verdien av z, slutt absolutt verdi 4 $|\begin{array}{cc}2& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5 5 $|\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}|$ the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 determinanten til 3 ganger 3 matrisa. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 6 $|\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}|$ 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 determinanten til 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 7 $|\begin{array}{cc}2& 1\\ 7& 5+x\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 8 $|\begin{array}{cc}2x& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2 x, 1 rad 2: 7, 5 9 $|\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds determinanten til 2 ganger 2 matrisa. rad 1: 2 x, y rad 2: ein andre, to tredje 10 $|\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth determinanten til 2 ganger 2 matrisa. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte

## Nynorsk Clearspeak AbsoluteValue rule tests. Locale: nn, Style: AbsoluteValue_Cardinality.

 0 $|S|$ the cardinality of S kardinaliteten til S

## Nynorsk Clearspeak AbsoluteValue rule tests. Locale: nn, Style: AbsoluteValue_Determinant.

 0 $|M|$ the determinant of M determinanten til M

## Nynorsk Clearspeak CapitalLetters rule tests. Locale: nn, Style: Caps_Auto.

 0 $\frac{\mathrm{sin}A}{a}=\frac{\mathrm{sin}B}{b}$ sine A over a, equals, sine B over b sinus A delt på a, er lik, sinus B delt på b 1 ${c}^{2}={a}^{2}+{b}^{2}-2ab\mathrm{cos}C$ c squared equals a squared plus b squared minus 2 a b cosine C c kvadrat er lik a kvadrat pluss b kvadrat minus 2 a b cosinus C 2 $\mathrm{tan}A=\frac{a}{b}$ tangent A equals, a over b tangens A er lik, a delt på b 3 $AB$ A B A B 4 $aA$ a A a A 5 $bA$ b A b A 6 $Ba$ B a B a 7 $\angle ABC$ angle A B C vinkel A B C 8 $m\angle ABC$ the measure of angle A B C vinkelmål vinkel A B C 9 $m\angle A$ the measure of angle A vinkelmål vinkel A

## Nynorsk Clearspeak CapitalLetters rule tests. Locale: nn, Style: Caps_SayCaps.

 0 $\frac{\mathrm{sin}A}{a}=\frac{\mathrm{sin}B}{b}$ sine cap A over a, equals, sine cap B over b sinus stor bokstav A delt på a, er lik, sinus stor bokstav B delt på b 1 ${c}^{2}={a}^{2}+{b}^{2}-2ab\mathrm{cos}C$ c squared equals a squared plus b squared minus 2 a b cosine cap C c kvadrat er lik a kvadrat pluss b kvadrat minus 2 a b cosinus stor bokstav C 2 $\mathrm{tan}A=\frac{a}{b}$ tangent cap A equals, a over b tangens stor bokstav A er lik, a delt på b 3 $AB$ cap A, cap B stor bokstav A, stor bokstav B 4 $aA$ a, cap A a, stor bokstav A 5 $bA$ b, cap A b, stor bokstav A 6 $Ba$ cap B, a stor bokstav B, a 7 $\angle ABC$ angle cap A, cap B, cap C vinkel stor bokstav A, stor bokstav B, stor bokstav C 8 $m\angle ABC$ the measure of angle cap A, cap B, cap C vinkelmål vinkel stor bokstav A, stor bokstav B, stor bokstav C 9 $m\angle A$ the measure of angle cap A vinkelmål vinkel stor bokstav A 10 $\angle A$ angle cap A vinkel stor bokstav A

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Verbose.

0$fg\left(x\right)$f of, g of xf av, g av x
1$fgx=f\left(x\right)+g\left(x\right)$f of, g of x, equals f of x, plus g of xf av, g av x, er lik f av x, pluss g av x
2$\mathrm{sin}\left(x\right)y$sine x ysinus x y
3$\begin{array}{c}a\\ \end{array}$2 lines, Line 1: a. Line 2: blank2 rader, rad 1: a. rad 2: tom
4$\begin{array}{c}a\\ \end{array}$2 lines, Line 1: a. Line 2: blank2 rader, rad 1: a. rad 2: tom
5$\begin{array}{c}a\\ \end{array}$2 lines, Line 1: a. Line 2: blank2 rader, rad 1: a. rad 2: tom
6$\begin{array}{ccc}a& =& b\\ \end{array}$2 lines, Line 1: a; equals; b2 rader, rad 1: a; er lik; b
7$\begin{array}{ccc}a& =& b\\ \end{array}$2 lines, Line 1: a; equals; b. Line 2: blank2 rader, rad 1: a; er lik; b. rad 2: tom
8$\begin{array}{ccc}a& =& b\\ \end{array}$2 lines, Line 1: a; equals; b. Line 2: blank2 rader, rad 1: a; er lik; b. rad 2: tom
9$\begin{array}{ccc}a& =& b\\ 1& & 2\end{array}$2 lines, Line 1: a; equals; b. Line 2: 1; blank; 22 rader, rad 1: a; er lik; b. rad 2: 1; tom; 2
10$45°{10}^{\prime }{20}^{″}$45 degrees, 10 minutes, 20 seconds45 grader, 10 minutter, 20 sekunder
11$1°{10}^{\prime }{20}^{″}$1 degree, 10 minutes, 20 seconds1 grad, 10 minutter, 20 sekunder
12$45°{1}^{\prime }{20}^{″}$45 degrees, 1 minute, 20 seconds45 grader, 1 minutt, 20 sekunder
13$45°{10}^{\prime }{1}^{″}$45 degrees, 10 minutes, 1 second45 grader, 10 minutter, 1 sekund
14${1}^{\prime }{20}^{″}$1 foot, 20 inches1 fot, 20 in
15${10}^{\prime }{1}^{″}$10 feet, 1 inch10 fot, 1 in
16$\overline{)12}$enclosed with box 12omslutta av boks 12
17$\overline{)12}$crossed out 12utkryssa 12
18$\underset{\overline{)12}}{2}$12 crossed out with 212 utkryssa med 2
19$\underset{2}{\overline{)12}}$12 crossed out with 212 utkryssa med 2
20$\stackrel{2}{\overline{)12}}$12 crossed out with 212 utkryssa med 2
21$\stackrel{\overline{)12}}{2}$12 crossed out with 212 utkryssa med 2
22$\overline{)A}$vertical bar Avertikal strek A
23$\overline{)A}$A horizontal barA horisontal strek
24$\overline{)A}$A vertical barA vertikal strek
25$\overline{)A}$A over horizontal barA over horisontal strek
26$\sqrt{\sqrt[3]{a}+b}$the square root of, the cube root of a, plus bkvadratrota av, kubikkrota av a, pluss b
27$\sqrt{\sqrt[4]{a}+b}$the square root of, the fourth root of a, plus bkvadratrota av, fjerde rota av a, pluss b
28$\sqrt{\sqrt{a}+b}$the square root of, the square root of a, plus bkvadratrota av, kvadratrota av a, pluss b
29${}_{a}{}^{b}x_{c}^{d}$left sub a left super b x right sub c right super dvenstre nedre indeks a venstre øvre indeks b x høgre nedre indeks c høgre øvre indeks d
30${}_{a}{}^{g}{}_{b}{}^{h}x_{c}^{e}{}_{d}{}^{f}$left sub a b left super g h x right sub c d right super e fvenstre nedre indeks a b venstre øvre indeks g h x høgre nedre indeks c d høgre øvre indeks e f
31${}_{a}{}^{b}x^{d}$left sub a left super b x; right super dvenstre nedre indeks a venstre øvre indeks b x; høgre øvre indeks d
32${}_{a}{}^{b}x_{c}r$left sub a left super b x right sub c; rvenstre nedre indeks a venstre øvre indeks b x høgre nedre indeks c; r
33$l{}^{b}x_{c}^{d}$l; left super b x right sub c right super dl; venstre øvre indeks b x høgre nedre indeks c høgre øvre indeks d
34${}_{a}x_{c}^{d}$left sub a; x right sub c right super dvenstre nedre indeks a; x høgre nedre indeks c høgre øvre indeks d
35$\left\{x\notin A|B\right\}$the set of all x not in A such that Bheile mengda x ikkje i A med B
36$\left\{B\right\}$the set Bmengda B
37$\left\{\right\}$the empty setden tomme mengda
38${\mathbb{Q}}^{+}$the positive rational numbersde positive rasjonale tala
39${ℚ}^{+}$the positive rational numbersde positive rasjonale tala
40${\mathbb{Q}}^{-}$the negative rational numbersde negative rasjonale tala
41${ℚ}^{-}$the negative rational numbersde negative rasjonale tala
42${\mathbb{Q}}^{2}$q-twoq-to
43${ℚ}^{2}$q-twoq-to
44${\mathbb{N}}^{2}$n-twon-to
45${ℕ}^{2}$n-twon-to
46

# a

aa
47$\frac{10}{20}$10 over 2010 delt på 20
48$\frac{2\mathrm{km}}{\text{b}}$2 kilometers over b2 km delt på b
49$1.4\overline{3}$the repeating decimal 1 point 4 followed by repeating digit 3desimalbrøk 1 komma 4 etterfølgt av gjentatt siffer 3
50${3}^{{2}^{2}}$3 raised to the 2 squared power3 heva til 2 kvadrat
51${3}^{{i}^{2}}$3 raised to the i squared power3 heva til I kvadrat
52${3}^{{\frac{2}{3}}^{2}}$3 raised to the two thirds squared power3 heva til to tredje kvadrat
53${3}^{{2}^{3}}$3 raised to the 2 cubed power3 heva til 2 kubikk
54${3}^{{i}^{3}}$3 raised to the i cubed power3 heva til I kubikk
55${3}^{{\frac{2}{3}}^{3}}$3 raised to the two thirds cubed power3 heva til to tredje kubikk
56$a\le b=c$a is less than or equal to b equals ca er mindre enn eller er lik b er lik c
57${3}^{\mathrm{sin}\left(2+x\right)}$3 raised to the sine of, open paren, 2 plus x, close paren, power3 heva til sinus av, venstreparentes, 2 pluss x, høgreparentes
58$\sum ^{I}$sum under Isum under I
59$\stackrel{B}{A}$A under BA under B
60$\mathrm{det}A$determinant Adet A

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Prime_Angle.

 0 $45°{10}^{\prime }{20}^{″}$ 45 degrees, 10 minutes, 20 seconds 45 grader, 10 minutter, 20 sekunder 1 $1°{10}^{\prime }{20}^{″}$ 1 degree, 10 minutes, 20 seconds 1 grad, 10 minutter, 20 sekunder 2 $45°{1}^{\prime }{20}^{″}$ 45 degrees, 1 minute, 20 seconds 45 grader, 1 minutt, 20 sekunder 3 $45°{10}^{\prime }{1}^{″}$ 45 degrees, 10 minutes, 1 second 45 grader, 10 minutter, 1 sekund 4 ${1}^{\prime }{20}^{″}$ 1 minute, 20 seconds 1 minutt, 20 sekunder 5 ${10}^{\prime }{1}^{″}$ 10 minutes, 1 second 10 minutter, 1 sekund

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Prime_Length.

 0 $45°{10}^{\prime }{20}^{″}$ 45 degrees, 10 minutes, 20 seconds 45 grader, 10 minutter, 20 sekunder 1 $1°{10}^{\prime }{20}^{″}$ 1 degree, 10 minutes, 20 seconds 1 grad, 10 minutter, 20 sekunder 2 $45°{1}^{\prime }{20}^{″}$ 45 degrees, 1 minute, 20 seconds 45 grader, 1 minutt, 20 sekunder 3 $45°{10}^{\prime }{1}^{″}$ 45 degrees, 10 minutes, 1 second 45 grader, 10 minutter, 1 sekund 4 ${1}^{\prime }{20}^{″}$ 1 foot, 20 inches 1 fot, 20 in 5 ${10}^{\prime }{1}^{″}$ 10 feet, 1 inch 10 fot, 1 in

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Enclosed_EndEnclose.

 0 $\overline{)12}$ enclosed with box 12 end enclosed omslutta av boks 12 slutt omslutta 1 $\overline{)12}$ crossed out 12 end crossout utkryssa 12 slutt utkryssa 2 $\underset{\overline{)12}}{2}$ crossed out 12 with 2 end crossout 12 utkrysset med 2 slutt utkryssa 3 $\underset{2}{\overline{)12}}$ crossed out 12 with 2 end crossout 12 utkryssa med 2 slutt utkryssa 4 $\stackrel{2}{\overline{)12}}$ crossed out 12 with 2 end crossout 12 utkryssa med 2 slutt utkryssa 5 $\stackrel{\overline{)12}}{2}$ crossed out 12 with 2 end crossout 12 utkrysset med 2 slutt utkryssa

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Roots_PosNegSqRoot.

 0 $\sqrt{\sqrt{a}+b}$ the positive square root of, the positive square root of a, plus b den positive kvadratrota av, den positive kvadratrota av a, pluss b

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Roots_PosNegSqRootEnd.

 0 $\sqrt{\sqrt{a}+b}$ the positive square root of, the positive square root of a, plus b, end root den positive kvadratrota av, den positive kvadratrota av a, pluss b, slutt rot 1 $\sqrt{-\sqrt{a}+b}$ the positive square root of, the negative square root of a, end root, plus b, end root den positive kvadratrota av, den negative kvadratrota av a, slutt rot, pluss b, slutt rot

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: SetMemberSymbol_Belongs.

 0 $\left\{x\notin A|B\right\}$ the set of all x not belonging to A such that B heile mengda x tilhøyrer ikkje A med B

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: SetMemberSymbol_Element.

 0 $\left\{x\notin A|B\right\}$ the set of all x not an element of A such that B heile mengda x ikkje eit element av A med B

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: SetMemberSymbol_Member.

 0 $\left\{x\notin A|B\right\}$ the set of all x not a member of A such that B heile mengda x ikkje eit element av A med B

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: MultiLineLabel_Case.

 0 $\begin{array}{c}f\left(x\right)=-x\text{if}x<0\\ f\left(x\right)=x\text{if}x\ge 0\end{array}$ 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 tilfelle, tilfelle 1: f av x, er lik minus x, if x er mindre enn 0. tilfelle 2: f av x, er lik x, if x er større enn eller er lik 0

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: MultiLineLabel_Constraint.

 0 $\begin{array}{cc}f\left(x\right)=-x& \text{if}x<0\\ f\left(x\right)=x\text{if}x\ge 0\end{array}$ 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 føresetnadar, betingelse 1: f av x, er lik minus x; if x er mindre enn 0. betingelse 2: f av x, er lik x, if x er større enn eller er lik 0

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: VerticalLine_SuchThat.

 0 $3|6$ 3 such that 6 3 slik at 6

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Matrix_EndVector.

 0 $|\begin{array}{cc}2& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end determinant determinanten til 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5. slutt determinant

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Paren_Speak.

 0 $\left(f+g\right)\left(2+x\right)$ open paren, f plus g, close paren, of, open paren, 2 plus x, close paren venstreparentes, f pluss g, høgreparentes, av, venstreparentes, 2 pluss x, høgreparentes

## Nynorsk Clearspeak Coverage tests. Locale: nn, Style: Exponent_Ordinal.

 0 ${x}^{A}$ x to the A x opphøgd i A

## Nynorsk Clearspeak Coverage for Elements symbol tests. Locale: nn, Style: Verbose.

 0 $\left\{z\in A:z\right\}$ the set of all z in A such that z heile mengda z i A med z 1 $\left\{z∊A:z\right\}$ the set of all z in A such that z heile mengda z i A med z 2 $\left\{z\notin A:z\right\}$ the set of all z not in A such that z heile mengda z ikkje i A med z 3 $\left\{A\ni z:z\right\}$ the set of all A contains as member z such that z heile mengda A inneheld som medlem z med z 4 $\left\{A∍z:z\right\}$ the set of all A contains as member z such that z heile mengda A inneheld som medlem z med z 5 $\left\{A\not\ni z:z\right\}$ the set of all A does not contain as member z such that z heile mengda A inneheld ikkje som medlem z med z 6 $z\in A$ z is a member of A z er eit element av A 7 $z∊A$ z is a member of A z er eit element av A 8 $z\notin A$ z is not a member of A z er ikkje eit element av A 9 $A\ni z$ A contains as member z A inneheld som medlem z 10 $A∍z$ A contains as member z A inneheld som medlem z 11 $A\not\ni z$ A does not contain as member z A inneheld ikkje som medlem z 12 $\sum _{z\in A}$ sum over z is a member of A sum over z er eit element av A 13 $\sum _{z∊A}$ sum over z is a member of A sum over z er eit element av A 14 $\sum _{z\notin A}$ sum over z is not a member of A sum over z er ikkje eit element av A 15 $\sum _{A\ni z}$ sum over A contains as member z sum over A inneheld som medlem z 16 $\sum _{A∍z}$ sum over A contains as member z sum over A inneheld som medlem z 17 $\sum _{A\not\ni z}$ sum over A does not contain as member z sum over A inneheld ikkje som medlem z

## Nynorsk Clearspeak Coverage for Elements symbol tests. Locale: nn, Style: SetMemberSymbol_Auto.

 0 $z\in A$ z is a member of A z er eit element av A 1 $\left\{z\in A:z\right\}$ the set of all z in A such that z heile mengda z i A med z 2 $\sum _{z\in A}$ sum over z is a member of A sum over z er eit element av A 3 $z\notin A$ z is not a member of A z er ikkje eit element av A 4 $\left\{z\notin A:z\right\}$ the set of all z not in A such that z heile mengda z ikkje i A med z 5 $\sum _{z\notin A}$ sum over z is not a member of A sum over z er ikkje eit element av A

## Nynorsk Clearspeak Coverage for Elements symbol tests. Locale: nn, Style: SetMemberSymbol_Member.

 0 $z\in A$ z is a member of A z er eit element av A 1 $\left\{z\in A:z\right\}$ the set of all z member of A such that z heile mengda z medlem av A med z 2 $\sum _{z\in A}$ sum over z is a member of A sum over z er eit element av A 3 $z\notin A$ z is not a member of A z er ikkje eit element av A 4 $\left\{z\notin A:z\right\}$ the set of all z not a member of A such that z heile mengda z ikkje eit element av A med z 5 $\sum _{z\notin A}$ sum over z is not a member of A sum over z er ikkje eit element av A

## Nynorsk Clearspeak Coverage for Elements symbol tests. Locale: nn, Style: SetMemberSymbol_Element.

 0 $z\in A$ z is an element of A z er eit element av A 1 $\left\{z\in A:z\right\}$ the set of all z element of A such that z heile mengda z medlem av A med z 2 $\sum _{z\in A}$ sum over z is an element of A sum over z er eit element av A 3 $z\notin A$ z is not an element of A z er ikkje eit element av A 4 $\left\{z\notin A:z\right\}$ the set of all z not an element of A such that z heile mengda z ikkje eit element av A med z 5 $\sum _{z\notin A}$ sum over z is not an element of A sum over z er ikkje eit element av A

## Nynorsk Clearspeak Coverage for Elements symbol tests. Locale: nn, Style: SetMemberSymbol_In.

 0 $z\in A$ z is in A z er i A 1 $\left\{z\in A:z\right\}$ the set of all z in A such that z heile mengda z i A med z 2 $\sum _{z\in A}$ sum over z is in A sum over z er i A 3 $z\notin A$ z is not in A z er ikkje i A 4 $\left\{z\notin A:z\right\}$ the set of all z not in A such that z heile mengda z ikkje i A med z 5 $\sum _{z\notin A}$ sum over z is not in A sum over z er ikkje i A

## Nynorsk Clearspeak Coverage for Elements symbol tests. Locale: nn, Style: SetMemberSymbol_Belongs.

 0 $z\in A$ z belongs to A z tilhøyrer A 1 $\left\{z\in A:z\right\}$ the set of all z belonging to A such that z heile mengda z tilhøyrande A med z 2 $\sum _{z\in A}$ sum over z belongs to A sum over z tilhøyrer A 3 $z\notin A$ z does not belong to A z tilhører ikke A 4 $\left\{z\notin A:z\right\}$ the set of all z not belonging to A such that z heile mengda z tilhøyrer ikkje A med z 5 $\sum _{z\notin A}$ sum over z does not belong to A sum over z tilhører ikke A

## Nynorsk Clearspeak Coverage for Elements symbol tests. Locale: nn, Style: SetMemberSymbol_Belongs:Caps_SayCaps:Fraction_GeneralEndFrac.

 0 $\left\{a\in A|\frac{1}{a}\right\}$ the set of all a belonging to, cap A such that, the fraction with numerator 1, and denominator a, end fraction heile mengda a tilhøyrande, stor bokstav A med, brøk med tellar 1, og nemnar a, slutt brøk

## Nynorsk Clearspeak Exponents rule tests. Locale: nn, Style: Exponent_Auto.

 0 ${3}^{2}$ 3 squared 3 kvadrat 1 ${3}^{3}$ 3 cubed 3 kubikk 2 ${3}^{5}$ 3 to the fifth power 3 i femte potens 3 ${3}^{1}$ 3 to the first power 3 i første potens 4 ${b}^{1}$ b to the first power b i første potens 5 ${3}^{5.0}$ 3 raised to the 5.0 power 3 heva til 5,0 6 ${3}^{0}$ 3 to the 0 power 3 i 0 potens 7 ${4}^{11}$ 4 to the 11th power 4 i 11. potens 8 ${3}^{-2}$ 3 to the negative 2 power 3 med eksponent minus 2 9 ${3}^{-2.0}$ 3 raised to the negative 2.0 power 3 heva til minus 2,0 10 ${4}^{x}$ 4 to the x-th power 4 i x-te potens 11 ${3}^{y+2}$ 3 raised to the y plus 2 power 3 heva til y pluss 2 12 ${\left(2y-3\right)}^{3z+8}$ open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power venstreparentes, 2 y, minus 3, høgreparentes, heva til 3 z, pluss 8 13 ${p}_{1}^{2}$ p sub 1, squared p indeks 1, kvadrat 14 ${p}_{1}^{3}$ p sub 1, cubed p indeks 1, kubikk 15 ${p}_{1}^{4}$ p sub 1, to the fourth power p indeks 1, i fjerde potens 16 ${p}_{1}^{10}$ p sub 1, to the tenth power p indeks 1, i tiande potens 17 ${p}_{1}^{x+1}$ p sub 1, raised to the x plus 1 power p indeks 1, heva til x pluss 1 18 ${p}_{{x}_{1}}^{2}$ p sub, x sub 1, squared p indeks, x indeks 1, kvadrat 19 ${p}_{{x}_{1}}^{3}$ p sub, x sub 1, cubed p indeks, x indeks 1, kubikk 20 ${p}_{{x}_{1}}^{4}$ p sub, x sub 1, to the fourth power p indeks, x indeks 1, i fjerde potens 21 ${p}_{{x}_{1}}^{10}$ p sub, x sub 1, to the tenth power p indeks, x indeks 1, i tiande potens 22 ${p}_{{x}_{1}}^{y+1}$ p sub, x sub 1, raised to the y plus 1 power p indeks, x indeks 1, heva til y pluss 1 23 ${3}^{{2}^{2}}$ 3 raised to the 2 squared power 3 heva til 2 kvadrat 24 ${3}^{2{x}^{2}}$ 3 raised to the 2 x squared power 3 heva til 2 x kvadrat 25 ${5}^{{2}^{3}}$ 5 raised to the 2 cubed power 5 heva til 2 kubikk 26 ${5}^{2{x}^{3}}$ 5 raised to the 2 x cubed power 5 heva til 2 x kubikk 27 ${3}^{{2}^{2}+1}$ 3 raised to the exponent, 2 squared plus 1, end exponent 3 heva til eksponenten, 2 kvadrat pluss 1, end exponent 28 ${3}^{{2}^{2}}+1$ 3 raised to the 2 squared power, plus 1 3 heva til 2 kvadrat, pluss 1 29 ${2}^{{x}^{2}+3{x}^{3}}$ 2 raised to the exponent, x squared plus 3 x cubed, end exponent 2 heva til eksponenten, x kvadrat pluss 3 x kubikk, end exponent 30 ${3}^{{3}^{4}}$ 3 raised to the exponent, 3 to the fourth power, end exponent 3 heva til eksponenten, 3 i fjerde potens, end exponent 31 ${3}^{{3}^{4}+2}$ 3 raised to the exponent, 3 to the fourth power, plus 2, end exponent 3 heva til eksponenten, 3 i fjerde potens, pluss 2, end exponent 32 ${3}^{{3}^{4}}+2$ 3 raised to the exponent, 3 to the fourth power, end exponent, plus 2 3 heva til eksponenten, 3 i fjerde potens, end exponent, pluss 2 33 ${2}^{{x}^{4}}$ 2 raised to the exponent, x to the fourth power, end exponent 2 heva til eksponenten, x i fjerde potens, end exponent 34 ${2}^{{10}^{x+3}}$ 2 raised to the exponent, 10 raised to the x plus 3 power, end exponent 2 heva til eksponenten, 10 heva til x pluss 3, end exponent 35 ${3}^{{3}^{10}}$ 3 raised to the exponent, 3 to the tenth power, end exponent 3 heva til eksponenten, 3 i tiande potens, end exponent 36 ${3}^{{3}^{10}+1}$ 3 raised to the exponent, 3 to the tenth power, plus 1, end exponent 3 heva til eksponenten, 3 i tiande potens, pluss 1, end exponent 37 ${3}^{{3}^{10}}+1$ 3 raised to the exponent, 3 to the tenth power, end exponent, plus 1 3 heva til eksponenten, 3 i tiande potens, end exponent, pluss 1 38 ${3}^{{\left(x+1\right)}^{2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, squared, end exponent 3 heva til eksponenten, venstreparentes, x pluss 1, høgreparentes, kvadrat, end exponent 39 ${3}^{{\left(x+1\right)}^{10}}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the tenth power, end exponent 3 heva til eksponenten, venstreparentes, x pluss 1, høgreparentes, i tiande potens, end exponent 40 ${3}^{{\left(x+1\right)}^{y+2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the y plus 2 power, end exponent 3 heva til eksponenten, venstreparentes, x pluss 1, høgreparentes, heva til y pluss 2, end exponent 41 ${3}^{{\left(x+1\right)}^{y}+2}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, plus 2, end exponent 3 heva til eksponenten, venstreparentes, x pluss 1, høgreparentes, i y-te potens, pluss 2, end exponent 42 ${3}^{{\left(x+1\right)}^{y}}+2$ 3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, end exponent, plus 2 3 heva til eksponenten, venstreparentes, x pluss 1, høgreparentes, i y-te potens, end exponent, pluss 2 43 ${e}^{-\frac{1}{2}{\left(\frac{x-\mu }{\sigma }\right)}^{2}}$ 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 heva til eksponenten, minus ein andre ganger, venstreparentes, brøk med tellar x minus my, og nemnar sigma, høgreparentes, kvadrat, end exponent 44 ${2}^{n}$ 2 to the n-th power 2 i n-te potens 45 ${2}^{m}$ 2 to the m-th power 2 i m-te potens 46 ${2}^{i}$ 2 to the i-th power 2 i I-te potens 47 ${2}^{j}$ 2 to the j-th power 2 i j-te potens 48 ${2}^{a}$ 2 to the a-th power 2 i a-te potens

## Nynorsk Clearspeak Exponents rule tests. Locale: nn, Style: Exponent_Ordinal.

 0 ${3}^{2}$ 3 to the second 3 opphøgd i andre 1 ${3}^{3}$ 3 to the third 3 opphøgd i tredje 2 ${3}^{0}$ 3 to the zero 3 opphøgd i nullte 3 ${3}^{1}$ 3 to the first 3 opphøgd i første 4 ${3}^{5}$ 3 to the fifth 3 opphøgd i femte 5 ${4}^{3.0}$ 4 raised to the 3.0 power 4 heva til 3,0 6 ${4}^{11}$ 4 to the eleventh 4 opphøgd i ellevte 7 ${3}^{-2}$ 3 to the negative 2 3 opphøgd i minus 2 8 ${3}^{-2.0}$ 3 raised to the negative 2.0 power 3 heva til minus 2,0 9 ${4}^{x}$ 4 to the x-th 4 opphøgd i x-te 10 ${3}^{y+2}$ 3 raised to the y plus 2 power 3 heva til y pluss 2 11 ${\left(2y-3\right)}^{3z+8}$ open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power venstreparentes, 2 y, minus 3, høgreparentes, heva til 3 z, pluss 8 12 ${p}_{1}{}^{2}$ p sub 1, to the second p indeks 1, opphøgd i andre 13 ${p}_{1}{}^{3}$ p sub 1, to the third p indeks 1, opphøgd i tredje 14 ${p}_{1}{}^{4}$ p sub 1, to the fourth p indeks 1, opphøgd i fjerde 15 ${p}_{1}{}^{10}$ p sub 1, to the tenth p indeks 1, opphøgd i tiande 16 ${p}_{1}{}^{x+1}$ p sub 1, raised to the x plus 1 power p indeks 1, heva til x pluss 1 17 ${p}_{{x}_{1}}{}^{2}$ p sub, x sub 1, to the second p indeks, x indeks 1, opphøgd i andre 18 ${p}_{{x}_{1}}{}^{3}$ p sub, x sub 1, to the third p indeks, x indeks 1, opphøgd i tredje 19 ${p}_{{x}_{1}}{}^{4}$ p sub, x sub 1, to the fourth p indeks, x indeks 1, opphøgd i fjerde 20 ${p}_{{x}_{1}}{}^{10}$ p sub, x sub 1, to the tenth p indeks, x indeks 1, opphøgd i tiande 21 ${p}_{{x}_{1}}{}^{y+1}$ p sub, x sub 1, raised to the y plus 1 power p indeks, x indeks 1, heva til y pluss 1 22 ${3}^{{2}^{2}}$ 3 raised to the exponent, 2 to the second, end exponent 3 med eksponent, 2 opphøgd i andre, slutt eksponent 23 ${3}^{2{x}^{2}}$ 3 raised to the exponent, 2 x to the second, end exponent 3 med eksponent, 2 x opphøgd i andre, slutt eksponent 24 ${5}^{{2}^{3}}$ 5 raised to the exponent, 2 to the third, end exponent 5 med eksponent, 2 opphøgd i tredje, slutt eksponent 25 ${5}^{2{x}^{3}}$ 5 raised to the exponent, 2 x to the third, end exponent 5 med eksponent, 2 x opphøgd i tredje, slutt eksponent 26 ${3}^{{2}^{2}+1}$ 3 raised to the exponent, 2 to the second, plus 1, end exponent 3 med eksponent, 2 opphøgd i andre, pluss 1, slutt eksponent 27 ${3}^{{2}^{2}}+1$ 3 raised to the exponent, 2 to the second, end exponent, plus 1 3 med eksponent, 2 opphøgd i andre, slutt eksponent, pluss 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 med eksponent, x opphøgd i andre, pluss 3 x opphøgd i tredje, slutt eksponent 29 ${3}^{{3}^{4}}$ 3 raised to the exponent, 3 to the fourth, end exponent 3 med eksponent, 3 opphøgd i fjerde, slutt eksponent 30 ${3}^{{3}^{4}+2}$ 3 raised to the exponent, 3 to the fourth, plus 2, end exponent 3 med eksponent, 3 opphøgd i fjerde, pluss 2, slutt eksponent 31 ${3}^{{3}^{4}}+2$ 3 raised to the exponent, 3 to the fourth, end exponent, plus 2 3 med eksponent, 3 opphøgd i fjerde, slutt eksponent, pluss 2 32 ${2}^{{x}^{4}}$ 2 raised to the exponent, x to the fourth, end exponent 2 med eksponent, x opphøgd i fjerde, slutt eksponent 33 ${2}^{{10}^{x+3}}$ 2 raised to the exponent, 10 raised to the x plus 3 power, end exponent 2 med eksponent, 10 heva til x pluss 3, slutt eksponent 34 ${3}^{{3}^{10}}$ 3 raised to the exponent, 3 to the tenth, end exponent 3 med eksponent, 3 opphøgd i tiande, slutt eksponent 35 ${3}^{{3}^{10}+1}$ 3 raised to the exponent, 3 to the tenth, plus 1, end exponent 3 med eksponent, 3 opphøgd i tiande, pluss 1, slutt eksponent 36 ${3}^{{3}^{10}}+1$ 3 raised to the exponent, 3 to the tenth, end exponent, plus 1 3 med eksponent, 3 opphøgd i tiande, slutt eksponent, pluss 1 37 ${3}^{{\left(x+1\right)}^{2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the second, end exponent 3 med eksponent, venstreparentes, x pluss 1, høgreparentes, opphøgd i andre, slutt eksponent 38 ${3}^{{\left(x+1\right)}^{10}}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the tenth, end exponent 3 med eksponent, venstreparentes, x pluss 1, høgreparentes, opphøgd i tiande, slutt eksponent 39 ${3}^{{\left(x+1\right)}^{y+2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the y plus 2 power, end exponent 3 med eksponent, venstreparentes, x pluss 1, høgreparentes, heva til y pluss 2, slutt eksponent 40 ${3}^{{\left(x+1\right)}^{y}+2}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the y-th, plus 2, end exponent 3 med eksponent, venstreparentes, x pluss 1, høgreparentes, opphøgd i y-te, pluss 2, slutt eksponent 41 ${3}^{{\left(x+1\right)}^{y}}+2$ 3 raised to the exponent, open paren, x plus 1, close paren, to the y-th, end exponent, plus 2 3 med eksponent, venstreparentes, x pluss 1, høgreparentes, opphøgd i y-te, slutt eksponent, pluss 2 42 ${e}^{-\frac{1}{2}{x}^{2}}$ e raised to the exponent, negative one half x to the second, end exponent e med eksponent, minus ein andre x opphøgd i andre, slutt eksponent 43 ${e}^{-\frac{1}{2}{\left(\frac{x-\mu }{\sigma }\right)}^{2}}$ 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 med eksponent, minus ein andre ganger, venstreparentes, brøk med tellar x minus my, og nemnar sigma, høgreparentes, opphøgd i andre, slutt eksponent

## Nynorsk Clearspeak Exponents rule tests. Locale: nn, Style: Exponent_OrdinalPower.

 0 ${3}^{2}$ 3 to the second power 3 opphøgd i andre 1 ${3}^{3}$ 3 to the third power 3 opphøgd i tredje 2 ${3}^{0}$ 3 to the zero power 3 opphøgd i nullte 3 ${3}^{1}$ 3 to the first power 3 opphøgd i første 4 ${3}^{5}$ 3 to the fifth power 3 opphøgd i femte 5 ${3}^{5.0}$ 3 raised to the 5.0 power 3 heva til 5,0 6 ${4}^{11}$ 4 to the eleventh power 4 opphøgd i ellevte 7 ${3}^{-2}$ 3 to the negative 2 power 3 opphøgd i minus 2 8 ${3}^{-2.0}$ 3 raised to the negative 2.0 power 3 heva til minus 2,0 9 ${4}^{x}$ 4 to the x-th power 4 opphøgd i x-te 10 ${3}^{y+2}$ 3 raised to the y plus 2 power 3 heva til y pluss 2 11 ${\left(2y-3\right)}^{3z+8}$ open paren, 2 y, minus 3, close paren, raised to the 3 z, plus 8 power venstreparentes, 2 y, minus 3, høgreparentes, heva til 3 z, pluss 8 12 ${p}_{1}{}^{2}$ p sub 1, to the second power p indeks 1, opphøgd i andre 13 ${p}_{1}{}^{3}$ p sub 1, to the third power p indeks 1, opphøgd i tredje 14 ${p}_{1}{}^{4}$ p sub 1, to the fourth power p indeks 1, opphøgd i fjerde 15 ${p}_{1}{}^{10}$ p sub 1, to the tenth power p indeks 1, opphøgd i tiande 16 ${p}_{1}{}^{x+1}$ p sub 1, raised to the x plus 1 power p indeks 1, heva til x pluss 1 17 ${p}_{{x}_{1}}{}^{2}$ p sub, x sub 1, to the second power p indeks, x indeks 1, opphøgd i andre 18 ${p}_{{x}_{1}}{}^{3}$ p sub, x sub 1, to the third power p indeks, x indeks 1, opphøgd i tredje 19 ${p}_{{x}_{1}}{}^{4}$ p sub, x sub 1, to the fourth power p indeks, x indeks 1, opphøgd i fjerde 20 ${p}_{{x}_{1}}{}^{10}$ p sub, x sub 1, to the tenth power p indeks, x indeks 1, opphøgd i tiande 21 ${p}_{{x}_{1}}{}^{y+1}$ p sub, x sub 1, raised to the y plus 1 power p indeks, x indeks 1, heva til y pluss 1 22 ${3}^{{2}^{2}}$ 3 raised to the exponent, 2 to the second power, end exponent 3 opphøgd til eksponenten, 2 opphøgd i andre, slutt eksponent 23 ${3}^{2{x}^{2}}$ 3 raised to the exponent, 2 x to the second power, end exponent 3 opphøgd til eksponenten, 2 x opphøgd i andre, slutt eksponent 24 ${5}^{{2}^{3}}$ 5 raised to the exponent, 2 to the third power, end exponent 5 opphøgd til eksponenten, 2 opphøgd i tredje, slutt eksponent 25 ${5}^{2{x}^{3}}$ 5 raised to the exponent, 2 x to the third power, end exponent 5 opphøgd til eksponenten, 2 x opphøgd i tredje, slutt eksponent 26 ${3}^{{2}^{2}+1}$ 3 raised to the exponent, 2 to the second power, plus 1, end exponent 3 opphøgd til eksponenten, 2 opphøgd i andre, pluss 1, slutt eksponent 27 ${3}^{{2}^{2}}+1$ 3 raised to the exponent, 2 to the second power, end exponent, plus 1 3 opphøgd til eksponenten, 2 opphøgd i andre, slutt eksponent, pluss 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 opphøgd til eksponenten, x opphøgd i andre, pluss 3 x opphøgd i tredje, slutt eksponent 29 ${3}^{{3}^{4}}$ 3 raised to the exponent, 3 to the fourth power, end exponent 3 opphøgd til eksponenten, 3 opphøgd i fjerde, slutt eksponent 30 ${3}^{{3}^{4}+2}$ 3 raised to the exponent, 3 to the fourth power, plus 2, end exponent 3 opphøgd til eksponenten, 3 opphøgd i fjerde, pluss 2, slutt eksponent 31 ${3}^{{3}^{4}}+2$ 3 raised to the exponent, 3 to the fourth power, end exponent, plus 2 3 opphøgd til eksponenten, 3 opphøgd i fjerde, slutt eksponent, pluss 2 32 ${2}^{{x}^{4}}$ 2 raised to the exponent, x to the fourth power, end exponent 2 opphøgd til eksponenten, x opphøgd i fjerde, slutt eksponent 33 ${2}^{{10}^{x+3}}$ 2 raised to the exponent, 10 raised to the x plus 3 power, end exponent 2 opphøgd til eksponenten, 10 heva til x pluss 3, slutt eksponent 34 ${3}^{{3}^{10}}$ 3 raised to the exponent, 3 to the tenth power, end exponent 3 opphøgd til eksponenten, 3 opphøgd i tiande, slutt eksponent 35 ${3}^{{3}^{10}+1}$ 3 raised to the exponent, 3 to the tenth power, plus 1, end exponent 3 opphøgd til eksponenten, 3 opphøgd i tiande, pluss 1, slutt eksponent 36 ${3}^{{3}^{10}}+1$ 3 raised to the exponent, 3 to the tenth power, end exponent, plus 1 3 opphøgd til eksponenten, 3 opphøgd i tiande, slutt eksponent, pluss 1 37 ${3}^{{\left(x+1\right)}^{2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the second power, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i andre, slutt eksponent 38 ${3}^{{\left(x+1\right)}^{10}}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the tenth power, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i tiande, slutt eksponent 39 ${3}^{{\left(x+1\right)}^{y+2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the y plus 2 power, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, heva til y pluss 2, slutt eksponent 40 ${3}^{{\left(x+1\right)}^{y}+2}$ 3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, plus 2, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i y-te, pluss 2, slutt eksponent 41 ${3}^{{\left(x+1\right)}^{y}}+2$ 3 raised to the exponent, open paren, x plus 1, close paren, to the y-th power, end exponent, plus 2 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i y-te, slutt eksponent, pluss 2 42 ${e}^{-\frac{1}{2}{x}^{2}}$ e raised to the exponent, negative one half x to the second power, end exponent e opphøgd til eksponenten, minus ein andre x opphøgd i andre, slutt eksponent 43 ${e}^{-\frac{1}{2}{\left(\frac{x-\mu }{\sigma }\right)}^{2}}$ 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 opphøgd til eksponenten, minus ein andre ganger, venstreparentes, brøk med tellar x minus my, og nemnar sigma, høgreparentes, opphøgd i andre, slutt eksponent

## Nynorsk Clearspeak Exponents rule tests. Locale: nn, Style: Exponent_AfterPower.

 0 ${3}^{2}$ 3 raised to the power 2 3 opphøgd i 2 1 ${3}^{3}$ 3 raised to the power 3 3 opphøgd i 3 2 ${3}^{1}$ 3 raised to the power 1 3 opphøgd i 1 3 ${3}^{0}$ 3 raised to the power 0 3 opphøgd i 0 4 ${3}^{5}$ 3 raised to the power 5 3 opphøgd i 5 5 ${3}^{5.0}$ 3 raised to the power 5.0 3 opphøgd i 5,0 6 ${4}^{11}$ 4 raised to the power 11 4 opphøgd i 11 7 ${3}^{-2}$ 3 raised to the power negative 2 3 opphøgd i minus 2 8 ${3}^{-2.0}$ 3 raised to the power negative 2.0 3 opphøgd i minus 2,0 9 ${4}^{x}$ 4 raised to the power x 4 opphøgd i x 10 ${3}^{y+2}$ 3 raised to the power y plus 2 3 opphøgd i y pluss 2 11 ${\left(2y-3\right)}^{3z+8}$ open paren, 2 y, minus 3, close paren, raised to the power 3 z plus 8 venstreparentes, 2 y, minus 3, høgreparentes, opphøgd i 3 z pluss 8 12 ${p}_{1}{}^{2}$ p sub 1, raised to the power 2 p indeks 1, opphøgd i 2 13 ${p}_{1}{}^{3}$ p sub 1, raised to the power 3 p indeks 1, opphøgd i 3 14 ${p}_{1}{}^{4}$ p sub 1, raised to the power 4 p indeks 1, opphøgd i 4 15 ${p}_{1}{}^{10}$ p sub 1, raised to the power 10 p indeks 1, opphøgd i 10 16 ${p}_{1}{}^{x+1}$ p sub 1, raised to the power x plus 1 p indeks 1, opphøgd i x pluss 1 17 ${p}_{{x}_{1}}{}^{2}$ p sub, x sub 1, raised to the power 2 p indeks, x indeks 1, opphøgd i 2 18 ${p}_{{x}_{1}}{}^{3}$ p sub, x sub 1, raised to the power 3 p indeks, x indeks 1, opphøgd i 3 19 ${p}_{{x}_{1}}{}^{4}$ p sub, x sub 1, raised to the power 4 p indeks, x indeks 1, opphøgd i 4 20 ${p}_{{x}_{1}}{}^{10}$ p sub, x sub 1, raised to the power 10 p indeks, x indeks 1, opphøgd i 10 21 ${p}_{{x}_{1}}{}^{y+1}$ p sub, x sub 1, raised to the power y plus 1 p indeks, x indeks 1, opphøgd i y pluss 1 22 ${3}^{{2}^{2}}$ 3 raised to the exponent, 2 raised to the power 2, end exponent 3 opphøgd til eksponenten, 2 opphøgd i 2, slutt eksponent 23 ${3}^{2{x}^{2}}$ 3 raised to the exponent, 2 x raised to the power 2, end exponent 3 opphøgd til eksponenten, 2 x opphøgd i 2, slutt eksponent 24 ${3}^{{2}^{2}}$ 3 raised to the exponent, 2 raised to the power 2, end exponent 3 opphøgd til eksponenten, 2 opphøgd i 2, slutt eksponent 25 ${3}^{2{x}^{2}}$ 3 raised to the exponent, 2 x raised to the power 2, end exponent 3 opphøgd til eksponenten, 2 x opphøgd i 2, slutt eksponent 26 ${5}^{{2}^{3}}$ 5 raised to the exponent, 2 raised to the power 3, end exponent 5 opphøgd til eksponenten, 2 opphøgd i 3, slutt eksponent 27 ${5}^{2{x}^{3}}$ 5 raised to the exponent, 2 x raised to the power 3, end exponent 5 opphøgd til eksponenten, 2 x opphøgd i 3, slutt eksponent 28 ${3}^{{2}^{2}+1}$ 3 raised to the exponent, 2 raised to the power 2, plus 1, end exponent 3 opphøgd til eksponenten, 2 opphøgd i 2, pluss 1, slutt eksponent 29 ${3}^{{2}^{2}}+1$ 3 raised to the exponent, 2 raised to the power 2, end exponent, plus 1 3 opphøgd til eksponenten, 2 opphøgd i 2, slutt eksponent, pluss 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 opphøgd til eksponenten, x opphøgd i 2, pluss 3 x opphøgd i 3, slutt eksponent 31 ${3}^{{3}^{4}}$ 3 raised to the exponent, 3 raised to the power 4, end exponent 3 opphøgd til eksponenten, 3 opphøgd i 4, slutt eksponent 32 ${3}^{{3}^{4}+2}$ 3 raised to the exponent, 3 raised to the power 4, plus 2, end exponent 3 opphøgd til eksponenten, 3 opphøgd i 4, pluss 2, slutt eksponent 33 ${3}^{{3}^{4}}+2$ 3 raised to the exponent, 3 raised to the power 4, end exponent, plus 2 3 opphøgd til eksponenten, 3 opphøgd i 4, slutt eksponent, pluss 2 34 ${2}^{{x}^{4}}$ 2 raised to the exponent, x raised to the power 4, end exponent 2 opphøgd til eksponenten, x opphøgd i 4, slutt eksponent 35 ${2}^{{10}^{x+3}}$ 2 raised to the exponent, 10 raised to the power x plus 3, end exponent 2 opphøgd til eksponenten, 10 opphøgd i x pluss 3, slutt eksponent 36 ${3}^{{3}^{10}}$ 3 raised to the exponent, 3 raised to the power 10, end exponent 3 opphøgd til eksponenten, 3 opphøgd i 10, slutt eksponent 37 ${3}^{{3}^{10}+1}$ 3 raised to the exponent, 3 raised to the power 10, plus 1, end exponent 3 opphøgd til eksponenten, 3 opphøgd i 10, pluss 1, slutt eksponent 38 ${3}^{{3}^{10}}+1$ 3 raised to the exponent, 3 raised to the power 10, end exponent, plus 1 3 opphøgd til eksponenten, 3 opphøgd i 10, slutt eksponent, pluss 1 39 ${3}^{{\left(x+1\right)}^{2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the power 2, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i 2, slutt eksponent 40 ${3}^{{\left(x+1\right)}^{10}}$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the power 10, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i 10, slutt eksponent 41 ${3}^{{\left(x+1\right)}^{y+2}}$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the power y plus 2, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i y pluss 2, slutt eksponent 42 ${3}^{{\left(x+1\right)}^{y}+2}$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the power y, plus 2, end exponent 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i y, pluss 2, slutt eksponent 43 ${3}^{{\left(x+1\right)}^{y}}+2$ 3 raised to the exponent, open paren, x plus 1, close paren, raised to the power y, end exponent, plus 2 3 opphøgd til eksponenten, venstreparentes, x pluss 1, høgreparentes, opphøgd i y, slutt eksponent, pluss 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 opphøgd til eksponenten, minus ein andre x opphøgd i 2, slutt eksponent 45 ${e}^{-\frac{1}{2}{\left(\frac{x-\mu }{\sigma }\right)}^{2}}$ 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 opphøgd til eksponenten, minus ein andre ganger, venstreparentes, brøk med tellar x minus my, og nemnar sigma, høgreparentes, opphøgd i 2, slutt eksponent

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_Auto.

 0 $\frac{1}{2}$ one half ein andre 1 $\frac{12}{32}$ 12 over 32 12 delt på 32 2 $\frac{x}{y}$ x over y x delt på y 3 $\frac{2x}{3y}$ 2 x over 3 y 2 x delt på 3 y 4 $\frac{xy}{cd}$ x y over c d x y delt på c d 5 $\frac{\frac{1}{2}}{\frac{1}{3}}$ one half over one third ein andre delt på ein tredje 6 $\frac{-x}{y}$ negative x over y minus x delt på y 7 $\frac{-2x}{3y}$ negative 2 x over 3 y minus 2 x delt på 3 y 8 $\frac{xy}{-cd}$ x y over negative c d x y delt på minus c d 9 $\frac{\frac{1}{2}}{-\frac{1}{3}}$ one half over negative one third ein andre delt på minus ein tredje 10 $\frac{2+3}{13}$ the fraction with numerator 2 plus 3, and denominator 13 brøk med tellar 2 pluss 3, og nemnar 13 11 $\frac{x+y}{2}$ the fraction with numerator x plus y, and denominator 2 brøk med tellar x pluss y, og nemnar 2 12 $\frac{x+y}{x-y}$ the fraction with numerator x plus y, and denominator x minus y brøk med tellar x pluss y, og nemnar 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 brøk med tellar x pluss y, og nemnar x minus y, pluss to tredje 14 $\frac{\text{miles}}{\text{gallon}}$ miles over gallon miles delt på gallon 15 $\frac{2\text{miles}}{3\text{gallons}}$ 2 miles over 3 gallons 2 miles delt på 3 gallons 16 $\frac{2\text{}\text{miles}}{3\text{}\text{gallons}}$ 2 miles over 3 gallons 2 miles delt på 3 gallons 17 $\frac{\text{rise}}{\text{run}}$ rise over run rise delt på run 18 $\frac{\text{successful outcomes}}{\text{total outcomes}}$ successful outcomes over total outcomes successful outcomes delt på total outcomes 19 $\frac{6\text{ways of rolling a 7}}{36\text{ways of rolling the pair of dice}}$ 6 ways of rolling a 7 over 36 ways of rolling the pair of dice 6 ways of rolling a 7 delt på 36 ways of rolling the pair of dice 20 $\frac{\frac{1}{2}}{\frac{1}{3}}$ one half over one third ein andre delt på ein tredje 21 $\frac{1}{\frac{2}{\frac{1}{3}}}$ the fraction with numerator 1, and denominator, 2 over one third brøk med tellar 1, og nemnar, 2 delt på ein tredje 22 $\frac{\frac{1}{2}}{3}$ one half over 3 ein andre delt på 3 23 $\frac{1}{\frac{2}{3}}$ 1 over two thirds 1 delt på to tredje 24 $\frac{\frac{11}{32}}{\frac{16}{51}}$ the fraction with numerator, 11 over 32, and denominator, 16 over 51 brøk med tellar, 11 delt på 32, og nemnar, 16 delt på 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 brøk med tellar 11, og nemnar, brøk med tellar 32, og nemnar, 16 delt på 51 26 $\frac{1+\frac{4}{x}}{2}$ the fraction with numerator 1 plus, 4 over x, and denominator 2 brøk med tellar 1 pluss, 4 delt på x, og nemnar 2 27 $\frac{3}{2+\frac{4}{x}}$ the fraction with numerator 3, and denominator 2 plus, 4 over x brøk med tellar 3, og nemnar 2 pluss, 4 delt på x 28 $\frac{\frac{10}{22}}{\frac{1}{2}}$ the fraction with numerator, 10 over 22, and denominator one half brøk med tellar, 10 delt på 22, og nemnar ein andre 29 $\frac{1+\frac{2}{3}}{1-\frac{2}{3}}$ the fraction with numerator 1 plus two thirds, and denominator 1 minus two thirds brøk med tellar 1 pluss to tredje, og nemnar 1 minus to tredje 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 brøk med tellar 1 pluss, x delt på 2, og nemnar 1 minus, x delt på 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 brøk med tellar, brøk med tellar x pluss 1, og nemnar x minus 1, pluss 1, og nemnar x pluss 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 brøk med tellar, brøk med tellar x pluss 1, og nemnar x minus 4, pluss ein andre, og nemnar x pluss, 1 delt på 16 33 $1+\frac{x}{1+\frac{2}{x}}$ 1 plus, the fraction with numerator x, and denominator 1 plus, 2 over x 1 pluss, brøk med tellar x, og nemnar 1 pluss, 2 delt på 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 pluss, brøk med tellar x pluss 3, og nemnar 1 pluss, brøk med tellar 2, og nemnar x pluss 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 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss 1 36 $1+\frac{1}{1+\frac{1}{1+\frac{1}{1+\cdots }}}$ 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 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss prikk prikk prikk 37 ${a}_{0}+\frac{1}{{a}_{1}+\frac{1}{{a}_{2}+\frac{1}{{a}_{3}+\cdots }}}$ 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 indeks 0, pluss, brøk med tellar 1, og nemnar, a indeks 1, pluss, brøk med tellar 1, og nemnar, a indeks 2, pluss, brøk med tellar 1, og nemnar, a indeks 3, pluss prikk prikk prikk 38 $\frac{f\left(x\right)}{g\left(x\right)}$ f of x, over g of x f av x, delt på g av x 39 $\frac{f\left(x\right)+g\left(x\right)}{g\left(x\right)}$ the fraction with numerator f of x, plus g of x, and denominator g of x brøk med tellar f av x, pluss g av x, og nemnar g av x 40 $\frac{f\left(x+1\right)}{g\left(x\right)}$ the fraction with numerator f of, open paren, x plus 1, close paren, and denominator g of x brøk med tellar f av, venstreparentes, x pluss 1, høgreparentes, og nemnar g av x 41 $\frac{f\left(x\right)}{2}$ f of x, over 2 f av x, delt på 2 42 $\frac{2}{f\left(x\right)}$ 2 over f of x 2 delt på f av x 43 $\frac{2}{g\left(x\right)+g\left(x+1\right)}$ the fraction with numerator 2, and denominator g of x, plus g of, open paren, x plus 1, close paren brøk med tellar 2, og nemnar g av x, pluss g av, venstreparentes, x pluss 1, høgreparentes 44 $\frac{\mathrm{sin}x}{\mathrm{cos}x}$ sine x over cosine x sinus x delt på cosinus x 45 $\frac{\mathrm{sin}x+\mathrm{cos}x}{\mathrm{cos}x}$ the fraction with numerator sine x plus cosine x, and denominator cosine x brøk med tellar sinus x pluss cosinus x, og nemnar cosinus x 46 $\frac{\mathrm{sin}2x}{\mathrm{cos}3x}$ sine 2 x over cosine 3 x sinus 2 x delt på cosinus 3 x 47 $\frac{\mathrm{sin}\left(x+y\right)}{\mathrm{cos}\left(x+y\right)}$ 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 brøk med tellar, sinus av, venstreparentes, x pluss y, høgreparentes, og nemnar, cosinus av, venstreparentes, x pluss y, høgreparentes 48 $\frac{f\left(2x\right)}{g\left(3x\right)}$ f of 2 x, over g of 3 x f av 2 x, delt på g av 3 x 49 $\frac{\mathrm{log}x}{\mathrm{log}y}$ log x over log y log x delt på log y 50 $\frac{\mathrm{log}2x}{\mathrm{log}3y}$ log 2 x over log 3 y log 2 x delt på log 3 y 51 $\frac{{\mathrm{log}}_{10}x}{{\mathrm{log}}_{5}y}$ the log base 10 of, x, over, the log base 5 of, y log basis 10 av, x, delt på, log basis 5 av, y 52 $\frac{{\mathrm{log}}_{10}2x}{{\mathrm{log}}_{5}3y}$ the log base 10 of, 2 x, over, the log base 5 of, 3 y log basis 10 av, 2 x, delt på, log basis 5 av, 3 y 53 $\frac{\mathrm{log}\left(x+1\right)}{\mathrm{log}y}$ the fraction with numerator, the log of, open paren, x plus 1, close paren, and denominator log y brøk med tellar, log av, venstreparentes, x pluss 1, høgreparentes, og nemnar log y 54 $\frac{{f}_{1}\left(x\right)}{{g}_{1}\left(x\right)}$ f sub 1, of x, over, g sub 1, of x f indeks 1, av x, delt på, g indeks 1, av x

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_Over.

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

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_OverEndFrac.

 0 $\frac{1}{2}$ 1 over 2, end fraction 1 delt på 2, slutt brøk 1 $\frac{12}{32}$ 12 over 32, end fraction 12 delt på 32, slutt brøk 2 $\frac{2+3}{13}$ 2 plus 3 over 13, end fraction 2 pluss 3 delt på 13, slutt brøk 3 $\frac{x+y}{2}$ x plus y over 2, end fraction x pluss y delt på 2, slutt brøk 4 $\frac{x+y}{x-y}$ x plus y over x minus y, end fraction x pluss y delt på x minus y, slutt brøk 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 pluss y delt på x minus y, slutt brøk, pluss, 2 delt på 3, slutt brøk 6 $\frac{\text{miles}}{\text{gallons}}$ miles over gallons, end fraction miles delt på gallons, slutt brøk 7 $\frac{2\text{miles}}{3\text{gallons}}$ 2 miles over 3 gallons, end fraction 2 miles delt på 3 gallons, slutt brøk

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_GeneralEndFrac.

 0 $\frac{1}{2}$ the fraction with numerator 1, and denominator 2, end fraction brøk med tellar 1, og nemnar 2, slutt brøk 1 $\frac{12}{32}$ the fraction with numerator 12, and denominator 32, end fraction brøk med tellar 12, og nemnar 32, slutt brøk 2 $\frac{2+3}{13}$ the fraction with numerator 2 plus 3, and denominator 13, end fraction brøk med tellar 2 pluss 3, og nemnar 13, slutt brøk 3 $\frac{x+y}{2}$ the fraction with numerator x plus y, and denominator 2, end fraction brøk med tellar x pluss y, og nemnar 2, slutt brøk 4 $\frac{x+y}{x-y}$ the fraction with numerator x plus y, and denominator x minus y, end fraction brøk med tellar x pluss y, og nemnar x minus y, slutt brøk 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 brøk med tellar x pluss y, og nemnar x minus y, slutt brøk, pluss, brøk med tellar 2, og nemnar 3, slutt brøk 6 $\frac{\text{miles}}{\text{gallon}}$ the fraction with numerator miles, and denominator gallon, end fraction brøk med tellar miles, og nemnar gallon, slutt brøk

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_General.

 0 $\frac{1}{2}$ the fraction with numerator 1, and denominator 2 brøk med tellar 1, og nemnar 2 1 $\frac{12}{32}$ the fraction with numerator 12, and denominator 32 brøk med tellar 12, og nemnar 32 2 $\frac{2+3}{13}$ the fraction with numerator 2 plus 3, and denominator 13 brøk med tellar 2 pluss 3, og nemnar 13 3 $\frac{x+y}{2}$ the fraction with numerator x plus y, and denominator 2 brøk med tellar x pluss y, og nemnar 2 4 $\frac{x+y}{x-y}$ the fraction with numerator x plus y, and denominator x minus y brøk med tellar x pluss y, og nemnar 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 brøk med tellar x pluss y, og nemnar x minus y, pluss, brøk med tellar 2, og nemnar 3 6 $\frac{\text{miles}}{\text{gallon}}$ the fraction with numerator miles, and denominator gallon brøk med tellar miles, og nemnar gallon 7 $\frac{2\text{miles}}{3\text{gallons}}$ the fraction with numerator 2 miles, and denominator 3 gallons brøk med tellar 2 miles, og nemnar 3 gallons

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_FracOver.

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

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, 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 pluss 3 per 13 3 $\frac{x+y}{2}$ x plus y per 2 x pluss y per 2 4 $\frac{x+y}{x-y}$ x plus y per x minus y x pluss 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 pluss y per x minus y, pluss, 2 per 3 6 $\frac{\text{miles}}{\text{gallon}}$ miles per gallon miles per gallon 7 $\frac{2\text{miles}}{3\text{gallons}}$ 2 miles per 3 gallons 2 miles per 3 gallons

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_Ordinal.

 0 $\frac{1}{2}$ one half ein andre 1 $\frac{12}{32}$ twelve thirty seconds tolv trettiandre 2 $\frac{2+3}{13}$ the fraction with numerator 2 plus 3, and denominator 13 brøk med tellar 2 pluss 3, og nemnar 13 3 $\frac{x+y}{2}$ the fraction with numerator x plus y, and denominator 2 brøk med tellar x pluss y, og nemnar 2 4 $\frac{x+y}{x-y}$ the fraction with numerator x plus y, and denominator x minus y brøk med tellar x pluss y, og nemnar 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 brøk med tellar x pluss y, og nemnar x minus y, pluss to tredje 6 $\frac{\text{miles}}{\text{gallon}}$ miles over gallon miles delt på gallon 7 $\frac{2\text{miles}}{3\text{gallons}}$ 2 miles over 3 gallons 2 miles delt på 3 gallons

## Nynorsk Clearspeak Fractions rule tests. Locale: nn, Style: Fraction_EndFrac.

 0 $\frac{1}{2}$ one half ein andre 1 $\frac{12}{32}$ 12 over 32, end fraction 12 delt på 32, slutt brøk 2 $\frac{2+3}{13}$ the fraction with numerator 2 plus 3, and denominator 13, end fraction brøk med tellar 2 pluss 3, og nemnar 13, slutt brøk 3 $\frac{x+y}{2}$ the fraction with numerator x plus y, and denominator 2, end fraction brøk med tellar x pluss y, og nemnar 2, slutt brøk 4 $\frac{x+y}{x-y}$ the fraction with numerator x plus y, and denominator x minus y, end fraction brøk med tellar x pluss y, og nemnar x minus y, slutt brøk 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 brøk med tellar x pluss y, og nemnar x minus y, slutt brøk, pluss to tredje 6 $\frac{\text{miles}}{\text{gallons}}$ miles over gallons miles delt på gallons 7 $\frac{2\text{miles}}{3\text{gallons}}$ 2 miles over 3 gallons 2 miles delt på 3 gallons 8 $\frac{\frac{1}{2}}{\frac{1}{3}}$ one half over one third ein andre delt på ein tredje 9 $\frac{1}{\frac{2}{\frac{1}{3}}}$ the fraction with numerator 1, and denominator, 2 over one third, end fraction brøk med tellar 1, og nemnar, 2 delt på ein tredje, slutt brøk 10 $\frac{\frac{1}{2}}{3}$ one half over 3, end fraction ein andre delt på 3, slutt brøk 11 $\frac{1}{\frac{2}{3}}$ 1 over two thirds, end fraction 1 delt på to tredje, slutt brøk 12 $\frac{\frac{11}{32}}{\frac{16}{51}}$ the fraction with numerator, 11 over 32, and denominator, 16 over 51, end fraction brøk med tellar, 11 delt på 32, og nemnar, 16 delt på 51, slutt brøk 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 brøk med tellar 11, og nemnar, brøk med tellar 32, og nemnar, 16 delt på 51, slutt brøk 14 $\frac{1+\frac{4}{x}}{2}$ the fraction with numerator 1 plus, 4 over x, and denominator 2, end fraction brøk med tellar 1 pluss, 4 delt på x, og nemnar 2, slutt brøk 15 $\frac{3}{2+\frac{4}{x}}$ the fraction with numerator 3, and denominator 2 plus, 4 over x, end fraction brøk med tellar 3, og nemnar 2 pluss, 4 delt på x, slutt brøk 16 $\frac{\frac{10}{22}}{\frac{1}{2}}$ the fraction with numerator, 10 over 22, and denominator one half, end fraction brøk med tellar, 10 delt på 22, og nemnar ein andre, slutt brøk 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 brøk med tellar 1 pluss to tredje, og nemnar 1 minus to tredje, slutt brøk 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 brøk med tellar 1 pluss, x delt på 2, og nemnar 1 minus, x delt på 2, slutt brøk 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 brøk med tellar, brøk med tellar x pluss 1, og nemnar x minus 1, pluss 1, og nemnar x pluss 1, slutt brøk 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 brøk med tellar, brøk med tellar x pluss 1, og nemnar x minus 4, pluss ein andre, og nemnar x pluss, 1 delt på 16, slutt brøk 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 pluss, brøk med tellar x, og nemnar 1 pluss, 2 delt på x, slutt brøk 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 pluss, brøk med tellar x pluss 3, og nemnar 1 pluss, brøk med tellar 2, og nemnar x pluss 3, slutt brøk 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 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss 1, slutt brøk 24 $1+\frac{1}{1+\frac{1}{1+\frac{1}{1+\cdots }}}$ 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 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss, brøk med tellar 1, og nemnar 1 pluss prikk prikk prikk, slutt brøk 25 ${a}_{0}+\frac{1}{{a}_{1}+\frac{1}{{a}_{2}+\frac{1}{{a}_{3}+\cdots }}}$ 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 indeks 0, pluss, brøk med tellar 1, og nemnar, a indeks 1, pluss, brøk med tellar 1, og nemnar, a indeks 2, pluss, brøk med tellar 1, og nemnar, a indeks 3, pluss prikk prikk prikk, slutt brøk

## Nynorsk Clearspeak Functions rule tests. Locale: nn, Style: Functions_Auto.

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

## Nynorsk Clearspeak Functions rule tests. Locale: nn, Style: Fraction_Over.

 0 $h\left(\frac{1}{2}\right)$ h of, open paren, 1 over 2, close paren h av, venstreparentes, 1 delt på 2, høgreparentes 1 ${h}^{-1}\left(\frac{1}{2}\right)$ h inverse of, open paren, 1 over 2, close paren h invers av, venstreparentes, 1 delt på 2, høgreparentes 2 ${h}^{-1}\left(h\left(\frac{1}{2}\right)\right)$ h inverse of, open paren, h of, open paren, 1 over 2, close paren, close paren h invers av, venstreparentes, h av, venstreparentes, 1 delt på 2, høgreparentes, høgreparentes

## Nynorsk Clearspeak Functions rule tests. Locale: nn, Style: Fraction_FracOver.

 0 $h\left({h}^{-1}\left(\frac{1}{2}\right)\right)$ h of, h inverse of, open paren, the fraction 1 over 2, close paren h av, h invers av, venstreparentes, brøk 1 delt på 2, høgreparentes

## Nynorsk Clearspeak Functions rule tests. Locale: nn, Style: Functions_None.

 0 $f\left(x\right)$ f times x f ganger x 1 $g\left(x\right)$ g times x g ganger x 2 $h\left(x\right)$ h times x h ganger x 3 $f\left(2x\right)$ f times 2 x f ganger 2 x 4 $g\left(-2x\right)$ g times negative 2 x g ganger minus 2 x 5 $h\left(\frac{1}{2}\right)$ h times one half h ganger ein andre 6 $f\left(x+1\right)=f\left(x\right)+1$ f times, open paren, x plus 1, close paren, equals, f times x, plus 1 f ganger, venstreparentes, x pluss 1, høgreparentes, er lik, f ganger x, pluss 1 7 $g\left(2x+1\right)$ g times, open paren, 2 x, plus 1, close paren g ganger, venstreparentes, 2 x, pluss 1, høgreparentes 8 $g\left({x}^{2}\right)$ g times, open paren, x squared, close paren g ganger, venstreparentes, x kvadrat, høgreparentes 9 ${f}^{-1}\left(x\right)$ f to the negative 1 power, times x f med eksponent minus 1, ganger x 10 ${g}^{-1}\left(x\right)$ g to the negative 1 power, times x g med eksponent minus 1, ganger x 11 ${h}^{-1}\left(x\right)$ h to the negative 1 power, times x h med eksponent minus 1, ganger x 12 ${f}^{-1}\left(2x\right)$ f to the negative 1 power, times 2 x f med eksponent minus 1, ganger 2 x 13 ${g}^{-1}\left(-2x\right)$ g to the negative 1 power, times negative 2 x g med eksponent minus 1, ganger minus 2 x 14 ${f}^{-1}\left(3x-1\right)$ f to the negative 1 power, times, open paren, 3 x, minus 1, close paren f med eksponent minus 1, ganger, venstreparentes, 3 x, minus 1, høgreparentes 15 ${g}^{-1}\left({x}^{2}\right)$ g to the negative 1 power, times, open paren, x squared, close paren g med eksponent minus 1, ganger, venstreparentes, x kvadrat, høgreparentes 16 ${h}^{-1}\left(\frac{1}{2}\right)$ h to the negative 1 power, times one half h med eksponent minus 1, ganger ein andre 17 ${f}^{-1}\left(f\left(x\right)\right)$ f to the negative 1 power, times, f times x f med eksponent minus 1, ganger, f ganger x 18 ${g}^{-1}\left(g\left(x\right)\right)$ g to the negative 1 power, times, g times x g med eksponent minus 1, ganger, g ganger x 19 ${h}^{-1}\left(h\left(x\right)\right)$ h to the negative 1 power, times, h times x h med eksponent minus 1, ganger, h ganger x 20 ${f}^{-1}\left(f\left(2x\right)\right)$ f to the negative 1 power, times, f times 2 x f med eksponent minus 1, ganger, f ganger 2 x 21 ${g}^{-1}\left(g\left(-2x\right)\right)$ g to the negative 1 power, times, g times negative 2 x g med eksponent minus 1, ganger, g ganger minus 2 x 22 ${h}^{-1}\left(h\left(\frac{1}{2}\right)\right)$ h to the negative 1 power, times, h times one half h med eksponent minus 1, ganger, h ganger ein andre 23 ${f}^{-1}\left(f\left(x+1\right)\right)=x+1$ 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 med eksponent minus 1, ganger, venstreparentes, f ganger, venstreparentes, x pluss 1, høgreparentes, høgreparentes, er lik x pluss 1 24 ${g}^{-1}\left(g\left(2x+1\right)\right)$ g to the negative 1 power, times, open paren, g times, open paren, 2 x, plus 1, close paren, close paren g med eksponent minus 1, ganger, venstreparentes, g ganger, venstreparentes, 2 x, pluss 1, høgreparentes, høgreparentes 25 ${g}^{-1}\left(g\left({x}^{2}\right)\right)$ g to the negative 1 power, times, open paren, g times, open paren, x squared, close paren, close paren g med eksponent minus 1, ganger, venstreparentes, g ganger, venstreparentes, x kvadrat, høgreparentes, høgreparentes 26 $f\left({f}^{-1}\left(x\right)\right)$ f times, open paren, f to the negative 1 power, times x, close paren f ganger, venstreparentes, f med eksponent minus 1, ganger x, høgreparentes 27 $g\left({g}^{-1}\left(x\right)\right)$ g times, open paren, g to the negative 1 power, times x, close paren g ganger, venstreparentes, g med eksponent minus 1, ganger x, høgreparentes 28 $h\left({h}^{-1}\left(x\right)\right)$ h times, open paren, h to the negative 1 power, times x, close paren h ganger, venstreparentes, h med eksponent minus 1, ganger x, høgreparentes 29 $f\left({f}^{-1}\left(2x\right)\right)$ f times, open paren, f to the negative 1 power, times 2 x, close paren f ganger, venstreparentes, f med eksponent minus 1, ganger 2 x, høgreparentes 30 $g\left({g}^{-1}\left(-2x\right)\right)$ g times, open paren, g to the negative 1 power, times negative 2 x, close paren g ganger, venstreparentes, g med eksponent minus 1, ganger minus 2 x, høgreparentes 31 $f\left({f}^{-1}\left(3x-1\right)\right)$ f times, open paren, f to the negative 1 power, times, open paren, 3 x, minus 1, close paren, close paren f ganger, venstreparentes, f med eksponent minus 1, ganger, venstreparentes, 3 x, minus 1, høgreparentes, høgreparentes 32 $g\left({g}^{-1}\left({x}^{2}\right)\right)$ g times, open paren, g to the negative 1 power, times, open paren, x squared, close paren, close paren g ganger, venstreparentes, g med eksponent minus 1, ganger, venstreparentes, x kvadrat, høgreparentes, høgreparentes 33 $h\left({h}^{-1}\left(\frac{1}{2}\right)\right)$ h times, open paren, h to the negative 1 power, times one half, close paren h ganger, venstreparentes, h med eksponent minus 1, ganger ein andre, høgreparentes 34 $f\left(g\left(x\right)\right)$ f times, g times x f ganger, g ganger x 35 $f\left(g\left(x+1\right)\right)$ f times, open paren, g times, open paren, x plus 1, close paren, close paren f ganger, venstreparentes, g ganger, venstreparentes, x pluss 1, høgreparentes, høgreparentes 36 $h\left(g\left(x\right)\right)$ h times, g times x h ganger, g ganger x 37 $h\left(g\left(\frac{x}{x+1}\right)\right)$ h times, open paren, g times, open paren, the fraction with numerator x, and denominator x plus 1, close paren, close paren h ganger, venstreparentes, g ganger, venstreparentes, brøk med tellar x, og nemnar x pluss 1, høgreparentes, høgreparentes 38 $\left(f+g\right)\left(x\right)=f\left(x\right)+g\left(x\right)$ open paren, f plus g, close paren, times x, equals, f times x, plus, g times x venstreparentes, f pluss g, høgreparentes, ganger x, er lik, f ganger x, pluss, g ganger x 39 $\left(f+g\right)\left(x+1\right)=f\left(x+1\right)+g\left(x+1\right)$ 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 venstreparentes, f pluss g, høgreparentes, ganger, venstreparentes, x pluss 1, høgreparentes, er lik, f ganger, venstreparentes, x pluss 1, høgreparentes, pluss, g ganger, venstreparentes, x pluss 1, høgreparentes 40 $\left(f\cdot g\right)\left(x\right)$ open paren, f times g, close paren, times x venstreparentes, f ganger g, høgreparentes, ganger x 41 $\left(f\cdot g\right)\left(2x+5\right)$ open paren, f times g, close paren, times, open paren, 2 x, plus 5, close paren venstreparentes, f ganger g, høgreparentes, ganger, venstreparentes, 2 x, pluss 5, høgreparentes 42 $\left(\frac{f}{g}\right)\left(x\right)=\frac{f\left(x\right)}{g\left(x\right)}$ open paren, f over g, close paren, times x, equals, the fraction with numerator, f times x, and denominator, g times x venstreparentes, f delt på g, høgreparentes, ganger x, er lik, brøk med tellar, f ganger x, og nemnar, g ganger x 43 $\left(\frac{f}{g}\right)\left(2x+5\right)=\frac{f\left(2x+5\right)}{g\left(2x+5\right)}$ 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 venstreparentes, f delt på g, høgreparentes, ganger, venstreparentes, 2 x, pluss 5, høgreparentes, er lik, brøk med tellar, f ganger, venstreparentes, 2 x, pluss 5, høgreparentes, og nemnar, g ganger, venstreparentes, 2 x, pluss 5, høgreparentes 44 $2f\left(x\right)$ 2, f times x 2, f ganger x 45 $cf\left(x\right)$ c, f times x c, f ganger x 46 ${f}^{2}\left(x\right)$ f squared times x f kvadrat ganger x 47 ${f}^{2}\left(2x+1\right)$ f squared times, open paren, 2 x, plus 1, close paren f kvadrat ganger, venstreparentes, 2 x, pluss 1, høgreparentes 48 ${f}^{3}\left(x\right)$ f cubed times x f kubikk ganger x 49 ${f}^{3}\left(2x+1\right)$ f cubed times, open paren, 2 x, plus 1, close paren f kubikk ganger, venstreparentes, 2 x, pluss 1, høgreparentes 50 ${f}^{4}\left(x\right)$ f to the fourth power, times x f i fjerde potens, ganger x 51 ${f}^{4}\left(2x+1\right)$ f to the fourth power, times, open paren, 2 x, plus 1, close paren f i fjerde potens, ganger, venstreparentes, 2 x, pluss 1, høgreparentes 52 ${f}^{5}\left(x\right)$ f to the fifth power, times x f i femte potens, ganger x 53 ${f}^{5}\left(2x+1\right)$ f to the fifth power, times, open paren, 2 x, plus 1, close paren f i femte potens, ganger, venstreparentes, 2 x, pluss 1, høgreparentes 54 ${f}^{n}\left(x\right)$ f to the n-th power, times x f i n-te potens, ganger x 55 ${f}^{n}\left(2x+1\right)$ f to the n-th power, times, open paren, 2 x, plus 1, close paren f i n-te potens, ganger, venstreparentes, 2 x, pluss 1, høgreparentes 56 ${g}^{2}\left(x\right)$ g squared times x g kvadrat ganger x 57 ${g}^{2}\left(2x+1\right)$ g squared times, open paren, 2 x, plus 1, close paren g kvadrat ganger, venstreparentes, 2 x, pluss 1, høgreparentes 58 ${h}^{3}\left(x\right)$ h cubed times x h kubikk ganger x 59 ${h}^{3}\left(2x+1\right)$ h cubed times, open paren, 2 x, plus 1, close paren h kubikk ganger, venstreparentes, 2 x, pluss 1, høgreparentes 60 ${g}^{4}\left(x\right)$ g to the fourth power, times x g i fjerde potens, ganger x 61 ${g}^{4}\left(2x+1\right)$ g to the fourth power, times, open paren, 2 x, plus 1, close paren g i fjerde potens, ganger, venstreparentes, 2 x, pluss 1, høgreparentes 62 ${h}^{5}\left(x\right)$ h to the fifth power, times x h i femte potens, ganger x 63 ${h}^{5}\left(2x+1\right)$ h to the fifth power, times, open paren, 2 x, plus 1, close paren h i femte potens, ganger, venstreparentes, 2 x, pluss 1, høgreparentes 64 ${g}^{n}\left(x\right)$ g to the n-th power, times x g i n-te potens, ganger x 65 ${g}^{n}\left(2x+1\right)$ g to the n-th power, times, open paren, 2 x, plus 1, close paren g i n-te potens, ganger, venstreparentes, 2 x, pluss 1, høgreparentes 66 ${f}_{1}\left(x\right)$ f sub 1, times x f indeks 1, ganger x 67 ${g}_{2}\left({x}^{3}\right)$ g sub 2, times, open paren, x cubed, close paren g indeks 2, ganger, venstreparentes, x kubikk, høgreparentes 68 ${h}_{n}\left(3x-2\right)$ h sub n, times, open paren, 3 x, minus 2, close paren h indeks n, ganger, venstreparentes, 3 x, minus 2, høgreparentes 69 ${f}_{1}^{-1}\left(x\right)$ f sub 1, to the negative 1 power, times x f indeks 1, med eksponent minus 1, ganger x 70 ${g}_{2}^{-1}\left(2x+1\right)$ g sub 2, to the negative 1 power, times, open paren, 2 x, plus 1, close paren g indeks 2, med eksponent minus 1, ganger, venstreparentes, 2 x, pluss 1, høgreparentes 71 ${h}_{n}^{-1}\left(x\right)$ h sub n, to the negative 1 power, times x h indeks n, med eksponent minus 1, ganger x 72 ${g}_{1}^{-1}\left({g}_{2}\left(x\right)\right)$ g sub 1, to the negative 1 power, times, open paren, g sub 2, times x, close paren g indeks 1, med eksponent minus 1, ganger, venstreparentes, g indeks 2, ganger x, høgreparentes 73 ${f}_{1}\left({g}_{2}^{-1}\left(x\right)\right)$ f sub 1, times, open paren, g sub 2, to the negative 1 power, times x, close paren f indeks 1, ganger, venstreparentes, g indeks 2, med eksponent minus 1, ganger x, høgreparentes 74 $f\left(x,y\right)$ f times, open paren, x comma y, close paren f ganger, venstreparentes, x komma y, høgreparentes 75 $f\left(x,y,z\right)$ f times, open paren, x comma y comma z, close paren f ganger, venstreparentes, x komma y komma z, høgreparentes 76 $f\left(x+1,2y\right)$ f times, open paren, x plus 1, comma, 2 y, close paren f ganger, venstreparentes, x pluss 1, komma, 2 y, høgreparentes 77 $f\left(2x,x+1,{x}^{2}\right)$ f times, open paren, 2 x, comma, x plus 1, comma, x squared, close paren f ganger, venstreparentes, 2 x, komma, x pluss 1, komma, x kvadrat, høgreparentes

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_Auto.

 0 $2\left(3\right)$ 2 times 3 2 ganger 3 1 $2\left[3\right]$ 2 times 3 2 ganger 3 2 ${2}^{4}\left(3\right)$ 2 to the fourth power, times 3 2 i fjerde potens, ganger 3 3 $2\left(3+4\right)$ 2 times, open paren, 3 plus 4, close paren 2 ganger, venstreparentes, 3 pluss 4, høgreparentes 4 $2\left[3+4\right]$ 2 times, open bracket, 3 plus 4, close bracket 2 ganger, venstre hakeparentes, 3 pluss 4, høgre hakeparentes 5 $\left(3\right)\left(2\right)$ 3 times 2 3 ganger 2 6 $2{\left(3+4\right)}^{2}$ 2 times, open paren, 3 plus 4, close paren, squared 2 ganger, venstreparentes, 3 pluss 4, høgreparentes, kvadrat 7 $\left(2+7\right)\left(3-6\right)$ open paren, 2 plus 7, close paren, times, open paren, 3 minus 6, close paren venstreparentes, 2 pluss 7, høgreparentes, ganger, venstreparentes, 3 minus 6, høgreparentes 8 $\left[2+7\right]\left[3-6\right]$ open bracket, 2 plus 7, close bracket, times, open bracket, 3 minus 6, close bracket venstre hakeparentes, 2 pluss 7, høgre hakeparentes, ganger, venstre hakeparentes, 3 minus 6, høgre hakeparentes 9 $x\left(y+z\right)$ x times, open paren, y plus z, close paren x ganger, venstreparentes, y pluss z, høgreparentes 10 $2\left(y+1\right)$ 2 times, open paren, y plus 1, close paren 2 ganger, venstreparentes, y pluss 1, høgreparentes 11 $\left(2-1\right)x$ open paren, 2 minus 1, close paren, times x venstreparentes, 2 minus 1, høgreparentes, ganger x 12 ${p}_{1}\left(3+7\right)$ p sub 1, times, open paren, 3 plus 7, close paren p indeks 1, ganger, venstreparentes, 3 pluss 7, høgreparentes 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 indeks 1, heva til, a indeks 1, p indeks 2, heva til, a indeks 2 14 ${\left(x+y\right)}^{-4}{\left(x-y\right)}^{-4}$ 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 venstreparentes, x pluss y, høgreparentes, med eksponent minus 4, ganger, venstreparentes, x minus y, høgreparentes, med eksponent minus 4 15 ${2}^{4\left(x+y\right)}$ 2 raised to the 4 times, open paren, x plus y, close paren, power 2 heva til 4 ganger, venstreparentes, x pluss y, høgreparentes 16 $xy$ x y x y 17 ${x}^{2}{y}^{3}$ x squared, y cubed x kvadrat, y kubikk 18 ${x}^{y+1}{x}^{y+2}$ x raised to the y plus 1 power, x raised to the y plus 2 power x heva til y pluss 1, x heva til y pluss 2 19 $\sqrt{a}\sqrt{b}=\sqrt{ab}$ the square root of a, the square root of b, equals the square root of a b kvadratrota av a, kvadratrota av b, er lik kvadratrota av 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 kvadratrota av 3, kvadratrota av 10, er lik kvadratrota av 30 21 $2\sqrt{3}$ 2 the square root of 3 2 kvadratrota av 3 22 $1+2\sqrt{3}$ 1 plus 2 the square root of 3 1 pluss 2 kvadratrota av 3 23 $f\left(x\right)={x}^{2}\left(x+1\right)$ f of x, equals x squared times, open paren, x plus 1, close paren f av x, er lik x kvadrat ganger, venstreparentes, x pluss 1, høgreparentes 24 $\mathrm{sin}x\mathrm{cos}y+\mathrm{cos}x\mathrm{sin}y$ sine x cosine y, plus, cosine x sine y sinus x cosinus y, pluss, cosinus x sinus y 25 $\mathrm{sin}\left(x+y\right)\mathrm{cos}\left(x+y\right)$ the sine of, open paren, x plus y, close paren, the cosine of, open paren, x plus y, close paren sinus av, venstreparentes, x pluss y, høgreparentes, cosinus av, venstreparentes, x pluss y, høgreparentes 26 ${\mathrm{log}}_{10}xy$ the log base 10 of, x y log basis 10 av, x y 27 $\mathrm{log}\left(x+y\right)=\mathrm{log}x\mathrm{log}y$ the log of, open paren, x plus y, close paren, equals, log x log y log av, venstreparentes, x pluss y, høgreparentes, er lik, log x log y 28 $\left(\begin{array}{cc}1& 3\\ 5& 2\end{array}\right)\left(\begin{array}{cc}7& 4\\ 0& 1\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: 1, 3 rad 2: 5, 2. ganger 2 ganger 2 matrisen. rad 1: 7, 4 rad 2: 0, 1 29 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 2 times, open paren, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren 2 ganger, venstreparentes, 3 ganger, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgreparentes 30 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2 times, open bracket, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket 2 ganger, venstre hakeparentes, 3 ganger, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgre hakeparentes 31 $2|x|$ 2 times, the absolute value of x 2 ganger, den absolutte verdien av x 32 $|x||y|$ the absolute value of x, times, the absolute value of y den absolutte verdien av x, ganger, den absolutte verdien av y 33 $|x+1||y-1|$ the absolute value of x plus 1, times, the absolute value of y minus 1 den absolutte verdien av x pluss 1, ganger, den absolutte verdien av y minus 1 34 $|x+1||y|-1$ the absolute value of x plus 1, times, the absolute value of y, minus 1 den absolutte verdien av x pluss 1, ganger, den absolutte verdien av y, minus 1 35 $A=h\left(\frac{{b}_{1}+{b}_{2}}{2}\right)$ A equals h of, open paren, the fraction with numerator, b sub 1, plus, b sub 2, and denominator 2, close paren A er lik h av, venstreparentes, brøk med tellar, b indeks 1, pluss, b indeks 2, og nemnar 2, høgreparentes 36 $a\left(0\right)=0\left(a\right)=0$ a of 0, equals 0 times a equals 0 a av 0, er lik 0 ganger a er lik 0 37 $a\left(-1\right)=-a$ a of negative 1, equals negative a a av minus 1, er lik minus a 38 $B\left(2,6\right)$ B of, open paren, 2 comma 6, close paren B av, venstreparentes, 2 komma 6, høgreparentes 39 $p\left(w\right)$ p of w p av w 40 $x\left(t\right)=2t+4$ x of t, equals 2 t, plus 4 x av t, er lik 2 t, pluss 4 41 $k\left(x\right)=\left(x+3\right)\left(x-5\right)$ k of x, equals, open paren, x plus 3, close paren, times, open paren, x minus 5, close paren k av x, er lik, venstreparentes, x pluss 3, høgreparentes, ganger, venstreparentes, x minus 5, høgreparentes 42 $T\left(t\right)={T}_{s}+\left({T}_{0}-{T}_{s}\right){e}^{-kt}$ 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 av t, er lik, T indeks s, pluss, venstreparentes, T indeks 0, minus, T indeks s, høgreparentes, ganger e heva til minus k t 43 $V=\mathcal{l}w\left(8\right)$ V equals script l, w of 8 V er lik script l, w av 8

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_Auto:Functions_None.

 0 $f\left(x\right)={x}^{2}\left(x+1\right)$ f times x, equals x squared times, open paren, x plus 1, close paren f ganger x, er lik x kvadrat ganger, venstreparentes, x pluss 1, høgreparentes 1 $A=h\left(\frac{{b}_{1}+{b}_{2}}{2}\right)$ A equals, h times, open paren, the fraction with numerator, b sub 1, plus, b sub 2, and denominator 2, close paren A er lik, h ganger, venstreparentes, brøk med tellar, b indeks 1, pluss, b indeks 2, og nemnar 2, høgreparentes 2 $a\left(0\right)=0\left(a\right)=0$ a times 0, equals 0 times a equals 0 a ganger 0, er lik 0 ganger a er lik 0 3 $a\left(-1\right)=-a$ a times negative 1, equals negative a a ganger minus 1, er lik minus a 4 $B\left(2,6\right)$ B times, open paren, 2 comma 6, close paren B ganger, venstreparentes, 2 komma 6, høgreparentes

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_Auto:Paren_SpeakNestingLevel.

 0 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 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 ganger, venstreparentes, 3 ganger, andre venstreparentes, tredje venstreparentes, 4 pluss 5, tredje høgreparentes, pluss 6, andre høgreparentes, høgreparentes 1 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2 times, open bracket, 3 times, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket 2 ganger, venstre hakeparentes, 3 ganger, venstreparentes, andre venstreparentes, 4 pluss 5, andre høgreparentes, pluss 6, høgreparentes, høgre hakeparentes

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, 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 den absolutte verdien av x pluss 1, slutt absolutt verdi, ganger, den absolutte verdien av y minus 1, slutt absolutt verdi 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 den absolutte verdien av x pluss 1, slutt absolutt verdi, ganger, den absolutte verdien av y, slutt absolutt verdi, minus 1

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_MoreImpliedTimes.

 0 $2\left(3\right)$ 2 times 3 2 ganger 3 1 $2\left[3\right]$ 2 times 3 2 ganger 3 2 ${2}^{4}\left(3\right)$ 2 to the fourth power, times 3 2 i fjerde potens, ganger 3 3 $2\left(3+4\right)$ 2 times, open paren, 3 plus 4, close paren 2 ganger, venstreparentes, 3 pluss 4, høgreparentes 4 $2\left[3+4\right]$ 2 times, open bracket, 3 plus 4, close bracket 2 ganger, venstre hakeparentes, 3 pluss 4, høgre hakeparentes 5 $\left(3\right)\left(2\right)$ 3 times 2 3 ganger 2 6 $2{\left(3+4\right)}^{2}$ 2 times, open paren, 3 plus 4, close paren, squared 2 ganger, venstreparentes, 3 pluss 4, høgreparentes, kvadrat 7 $\left(2+7\right)\left(3-6\right)$ open paren, 2 plus 7, close paren, times, open paren, 3 minus 6, close paren venstreparentes, 2 pluss 7, høgreparentes, ganger, venstreparentes, 3 minus 6, høgreparentes 8 $\left[2+7\right]\left[3-6\right]$ open bracket, 2 plus 7, close bracket, times, open bracket, 3 minus 6, close bracket venstre hakeparentes, 2 pluss 7, høgre hakeparentes, ganger, venstre hakeparentes, 3 minus 6, høgre hakeparentes 9 $x\left(y+z\right)$ x times, open paren, y plus z, close paren x ganger, venstreparentes, y pluss z, høgreparentes 10 $2\left(y+1\right)$ 2 times, open paren, y plus 1, close paren 2 ganger, venstreparentes, y pluss 1, høgreparentes 11 $\left(2-1\right)x$ open paren, 2 minus 1, close paren, times x venstreparentes, 2 minus 1, høgreparentes, ganger x 12 ${p}_{1}\left(3+7\right)$ p sub 1, times, open paren, 3 plus 7, close paren p indeks 1, ganger, venstreparentes, 3 pluss 7, høgreparentes 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 indeks 1, heva til, a indeks 1, ganger, p indeks 2, heva til, a indeks 2 14 ${\left(x+y\right)}^{-4}{\left(x-y\right)}^{-4}$ 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 venstreparentes, x pluss y, høgreparentes, med eksponent minus 4, ganger, venstreparentes, x minus y, høgreparentes, med eksponent minus 4 15 ${2}^{4\left(x+y\right)}$ 2 raised to the 4 times, open paren, x plus y, close paren, power 2 heva til 4 ganger, venstreparentes, x pluss y, høgreparentes 16 $xy$ x times y x ganger y 17 ${x}^{2}{y}^{3}$ x squared times y cubed x kvadrat ganger y kubikk 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 heva til y pluss 1, ganger x heva til y pluss 2 19 $\sqrt{a}\sqrt{b}=\sqrt{ab}$ the square root of a, times the square root of b, equals the square root of a times b kvadratrota av a, ganger kvadratrota av b, er lik kvadratrota av a ganger 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 kvadratrota av 3, ganger kvadratrota av 10, er lik kvadratrota av 30 21 $2\sqrt{3}$ 2 times the square root of 3 2 ganger kvadratrota av 3 22 $1+2\sqrt{3}$ 1 plus 2 times the square root of 3 1 pluss 2 ganger kvadratrota av 3 23 $f\left(x\right)={x}^{2}\left(x+1\right)$ f of x, equals x squared times, open paren, x plus 1, close paren f av x, er lik x kvadrat ganger, venstreparentes, x pluss 1, høgreparentes 24 $\mathrm{sin}x\mathrm{cos}y+\mathrm{cos}x\mathrm{sin}y$ sine x, times cosine y plus cosine x, times sine y sinus x, ganger cosinus y pluss cosinus x, ganger sinus y 25 $\mathrm{sin}\left(x+y\right)\mathrm{cos}\left(x+y\right)$ the sine of, open paren, x plus y, close paren, times, the cosine of, open paren, x plus y, close paren sinus av, venstreparentes, x pluss y, høgreparentes, ganger, cosinus av, venstreparentes, x pluss y, høgreparentes 26 ${\mathrm{log}}_{10}xy$ the log base 10 of, x times y log basis 10 av, x ganger y 27 $\mathrm{log}\left(x+y\right)=\mathrm{log}x\mathrm{log}y$ the log of, open paren, x plus y, close paren, equals log x, times log y log av, venstreparentes, x pluss y, høgreparentes, er lik log x, ganger log y 28 $\left(\begin{array}{cc}1& 3\\ 5& 2\end{array}\right)\left(\begin{array}{cc}7& 4\\ 0& 1\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: 1, 3 rad 2: 5, 2. ganger 2 ganger 2 matrisen. rad 1: 7, 4 rad 2: 0, 1 29 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 2 times, open paren, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren 2 ganger, venstreparentes, 3 ganger, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgreparentes 30 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2 times, open bracket, 3 times, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket 2 ganger, venstre hakeparentes, 3 ganger, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgre hakeparentes 31 $2|x|$ 2 times, the absolute value of x 2 ganger, den absolutte verdien av x 32 $|x||y|$ the absolute value of x, times, the absolute value of y den absolutte verdien av x, ganger, den absolutte verdien av y 33 $|x+1||y-1|$ the absolute value of x plus 1, times, the absolute value of y minus 1 den absolutte verdien av x pluss 1, ganger, den absolutte verdien av y minus 1 34 $|x+1||y|-1$ the absolute value of x plus 1, times, the absolute value of y, minus 1 den absolutte verdien av x pluss 1, ganger, den absolutte verdien av y, minus 1

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_MoreImpliedTimesAnd:Functions_None.

 0 $f\left(x\right)={x}^{2}\left(x+1\right)$ f times x, equals x squared times, open paren, x plus 1, close paren f ganger x, er lik x kvadrat ganger, venstreparentes, x pluss 1, høgreparentes

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_MoreImpliedTimes:Paren_SpeakNestingLevel.

 0 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 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 ganger, venstreparentes, 3 ganger, andre venstreparentes, tredje venstreparentes, 4 pluss 5, tredje høgreparentes, pluss 6, andre høgreparentes, høgreparentes 1 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2 times, open bracket, 3 times, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket 2 ganger, venstre hakeparentes, 3 ganger, venstreparentes, andre venstreparentes, 4 pluss 5, andre høgreparentes, pluss 6, høgreparentes, høgre hakeparentes

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, 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 den absolutte verdien av x pluss 1, slutt absolutt verdi, ganger, den absolutte verdien av y minus 1, slutt absolutt verdi 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 den absolutte verdien av x pluss 1, slutt absolutt verdi, ganger, den absolutte verdien av y, slutt absolutt verdi, minus 1

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_None.

 0 $2\left(3\right)$ 2, open paren, 3, close paren 2, venstreparentes, 3, høgreparentes 1 $2\left[3\right]$ 2, open bracket, 3, close bracket 2, venstre hakeparentes, 3, høgre hakeparentes 2 ${2}^{4}\left(3\right)$ 2 to the fourth power, open paren, 3, close paren 2 i fjerde potens, venstreparentes, 3, høgreparentes 3 $2\left(3+4\right)$ 2, open paren, 3 plus 4, close paren 2, venstreparentes, 3 pluss 4, høgreparentes 4 $2\left[3+4\right]$ 2, open bracket, 3 plus 4, close bracket 2, venstre hakeparentes, 3 pluss 4, høgre hakeparentes 5 $\left(3\right)\left(2\right)$ open paren, 3, close paren, open paren, 2, close paren venstreparentes, 3, høgreparentes, venstreparentes, 2, høgreparentes 6 $2{\left(3+4\right)}^{2}$ 2, open paren, 3 plus 4, close paren, squared 2, venstreparentes, 3 pluss 4, høgreparentes, kvadrat 7 $\left(2+7\right)\left(3-6\right)$ open paren, 2 plus 7, close paren, open paren, 3 minus 6, close paren venstreparentes, 2 pluss 7, høgreparentes, venstreparentes, 3 minus 6, høgreparentes 8 $\left[2+7\right]\left[3-6\right]$ open bracket, 2 plus 7, close bracket, open bracket, 3 minus 6, close bracket venstre hakeparentes, 2 pluss 7, høgre hakeparentes, venstre hakeparentes, 3 minus 6, høgre hakeparentes 9 $x\left(y+z\right)$ x, open paren, y plus z, close paren x, venstreparentes, y pluss z, høgreparentes 10 $2\left(y+1\right)$ 2, open paren, y plus 1, close paren 2, venstreparentes, y pluss 1, høgreparentes 11 $\left(2-1\right)x$ open paren, 2 minus 1, close paren, x venstreparentes, 2 minus 1, høgreparentes, x 12 ${p}_{1}\left(3+7\right)$ p sub 1, open paren, 3 plus 7, close paren p indeks 1, venstreparentes, 3 pluss 7, høgreparentes 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 indeks 1, heva til, a indeks 1, p indeks 2, heva til, a indeks 2 14 ${\left(x+y\right)}^{-4}{\left(x-y\right)}^{-4}$ open paren, x plus y, close paren, to the negative 4 power, open paren, x minus y, close paren, to the negative 4 power venstreparentes, x pluss y, høgreparentes, med eksponent minus 4, venstreparentes, x minus y, høgreparentes, med eksponent minus 4 15 ${2}^{4\left(x+y\right)}$ 2 raised to the 4, open paren, x plus y, close paren, power 2 heva til 4, venstreparentes, x pluss y, høgreparentes 16 $xy$ x y x y 17 ${x}^{2}{y}^{3}$ x squared y cubed x kvadrat y kubikk 18 ${x}^{y+1}{x}^{y+2}$ x raised to the y plus 1 power, x raised to the y plus 2 power x heva til y pluss 1, x heva til y pluss 2 19 $\sqrt{a}\sqrt{b}=\sqrt{ab}$ the square root of a, the square root of b, equals the square root of a b kvadratrota av a, kvadratrota av b, er lik kvadratrota av 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 kvadratrota av 3, kvadratrota av 10, er lik kvadratrota av 30 21 $2\sqrt{3}$ 2 the square root of 3 2 kvadratrota av 3 22 $1+2\sqrt{3}$ 1 plus 2 the square root of 3 1 pluss 2 kvadratrota av 3 23 $\mathrm{sin}x\mathrm{cos}y+\mathrm{cos}x\mathrm{sin}y$ sine x cosine y, plus, cosine x sine y sinus x cosinus y, pluss, cosinus x sinus y 24 ${\mathrm{log}}_{10}xy$ the log base 10 of, x y log basis 10 av, x y 25 $\mathrm{log}\left(x+y\right)=\mathrm{log}x\mathrm{log}y$ the log of, open paren, x plus y, close paren, equals, log x log y log av, venstreparentes, x pluss y, høgreparentes, er lik, log x log y 26 $\left(\begin{array}{cc}1& 3\\ 5& 2\end{array}\right)\left(\begin{array}{cc}7& 4\\ 0& 1\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: 1, 3 rad 2: 5, 2. 2 ganger 2 matrisen. rad 1: 7, 4 rad 2: 0, 1 27 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 2, open paren, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren 2, venstreparentes, 3, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgreparentes 28 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2, open bracket, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket 2, venstre hakeparentes, 3, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgre hakeparentes 29 $2|x|$ 2, the absolute value of x 2, den absolutte verdien av x 30 $|x||y|$ the absolute value of x, the absolute value of y den absolutte verdien av x, den absolutte verdien av y 31 $|x+1||y-1|$ the absolute value of x plus 1, the absolute value of y minus 1 den absolutte verdien av x pluss 1, den absolutte verdien av y minus 1 32 $|x+1||y|-1$ the absolute value of x plus 1, the absolute value of y, minus 1 den absolutte verdien av x pluss 1, den absolutte verdien av y, minus 1 33 $f\left(x\right)={x}^{2}\left(x+1\right)$ f of x, equals x squared, open paren, x plus 1, close paren f av x, er lik x kvadrat, venstreparentes, x pluss 1, høgreparentes 34 $\mathrm{log}\left(x+y\right)=\mathrm{log}x\mathrm{log}y$ the log of, open paren, x plus y, close paren, equals, log x log y log av, venstreparentes, x pluss y, høgreparentes, er lik, log x log y

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_None:Functions_Auto.

 0 $f\left(x\right)={x}^{2}\left(x+1\right)$ f of x, equals x squared, open paren, x plus 1, close paren f av x, er lik x kvadrat, venstreparentes, x pluss 1, høgreparentes

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_None:Paren_SpeakNestingLevel.

 0 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 2, open paren, 3, open second paren, open third paren, 4 plus 5, close third paren, plus 6, close second paren, close paren 2, venstreparentes, 3, andre venstreparentes, tredje venstreparentes, 4 pluss 5, tredje høgreparentes, pluss 6, andre høgreparentes, høgreparentes 1 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2, open bracket, 3, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket 2, venstre hakeparentes, 3, venstreparentes, andre venstreparentes, 4 pluss 5, andre høgreparentes, pluss 6, høgreparentes, høgre hakeparentes 2 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 2, open paren, 3, open second paren, open third paren, 4 plus 5, close third paren, plus 6, close second paren, close paren 2, venstreparentes, 3, andre venstreparentes, tredje venstreparentes, 4 pluss 5, tredje høgreparentes, pluss 6, andre høgreparentes, høgreparentes 3 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2, open bracket, 3, open paren, open second paren, 4 plus 5, close second paren, plus 6, close paren, close bracket 2, venstre hakeparentes, 3, venstreparentes, andre venstreparentes, 4 pluss 5, andre høgreparentes, pluss 6, høgreparentes, høgre hakeparentes

## Nynorsk Clearspeak ImpliedTimes rule tests. Locale: nn, Style: ImpliedTimes_None:Paren_Silent.

 0 $2\left(3\right)$ 2, open paren, 3, close paren 2, venstreparentes, 3, høgreparentes 1 $2\left[3\right]$ 2, open bracket, 3, close bracket 2, venstre hakeparentes, 3, høgre hakeparentes 2 ${2}^{4}\left(3\right)$ 2 to the fourth power, open paren, 3, close paren 2 i fjerde potens, venstreparentes, 3, høgreparentes 3 $2\left(3+4\right)$ 2, open paren, 3 plus 4, close paren 2, venstreparentes, 3 pluss 4, høgreparentes 4 $2\left[3+4\right]$ 2, open bracket, 3 plus 4, close bracket 2, venstre hakeparentes, 3 pluss 4, høgre hakeparentes 5 $\left(3\right)\left(2\right)$ open paren, 3, close paren, open paren, 2, close paren venstreparentes, 3, høgreparentes, venstreparentes, 2, høgreparentes 6 $2{\left(3+4\right)}^{2}$ 2, open paren, 3 plus 4, close paren, squared 2, venstreparentes, 3 pluss 4, høgreparentes, kvadrat 7 $\left(2+7\right)\left(3-6\right)$ open paren, 2 plus 7, close paren, open paren, 3 minus 6, close paren venstreparentes, 2 pluss 7, høgreparentes, venstreparentes, 3 minus 6, høgreparentes 8 $\left[2+7\right]\left[3-6\right]$ open bracket, 2 plus 7, close bracket, open bracket, 3 minus 6, close bracket venstre hakeparentes, 2 pluss 7, høgre hakeparentes, venstre hakeparentes, 3 minus 6, høgre hakeparentes 9 $x\left(y+z\right)$ x, open paren, y plus z, close paren x, venstreparentes, y pluss z, høgreparentes 10 $2\left(y+1\right)$ 2, open paren, y plus 1, close paren 2, venstreparentes, y pluss 1, høgreparentes 11 $\left(2-1\right)x$ open paren, 2 minus 1, close paren, x venstreparentes, 2 minus 1, høgreparentes, x 12 ${p}_{1}\left(3+7\right)$ p sub 1, open paren, 3 plus 7, close paren p indeks 1, venstreparentes, 3 pluss 7, høgreparentes 13 ${\left(x+y\right)}^{-4}{\left(x-y\right)}^{-4}$ open paren, x plus y, close paren, to the negative 4 power, open paren, x minus y, close paren, to the negative 4 power venstreparentes, x pluss y, høgreparentes, med eksponent minus 4, venstreparentes, x minus y, høgreparentes, med eksponent minus 4 14 ${2}^{4\left(x+y\right)}$ 2 raised to the 4, open paren, x plus y, close paren, power 2 heva til 4, venstreparentes, x pluss y, høgreparentes 15 $\left(\begin{array}{cc}1& 3\\ 5& 2\end{array}\right)\left(\begin{array}{cc}7& 4\\ 0& 1\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: 1, 3 rad 2: 5, 2. 2 ganger 2 matrisen. rad 1: 7, 4 rad 2: 0, 1 16 $2\left(3\left(\left(4+5\right)+6\right)\right)$ 2, open paren, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close paren 2, venstreparentes, 3, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgreparentes 17 $2\left[3\left(\left(4+5\right)+6\right)\right]$ 2, open bracket, 3, open paren, open paren, 4 plus 5, close paren, plus 6, close paren, close bracket 2, venstre hakeparentes, 3, venstreparentes, venstreparentes, 4 pluss 5, høgreparentes, pluss 6, høgreparentes, høgre hakeparentes

## Nynorsk Clearspeak Logarithms rule tests. Locale: nn, Style: Log_Auto.

 0 $\mathrm{log}x$ log x log x 1 ${\mathrm{log}}_{10}x$ the log base 10 of, x log basis 10 av, x 2 ${\mathrm{log}}_{b}ax={\mathrm{log}}_{b}a+{\mathrm{log}}_{b}x$ the log base b of, a x, equals, the log base b of, a, plus, the log base b of, x log basis b av, a x, er lik, log basis b av, a, pluss, log basis b av, x 3 ${\mathrm{log}}_{b}\frac{S}{T}={\mathrm{log}}_{b}S-{\mathrm{log}}_{b}T$ the log base b of, S over T, equals, the log base b of, S, minus, the log base b of, T log basis b av, S delt på T, er lik, log basis b av, S, minus, log basis b av, T 4 ${\mathrm{log}}_{b}\left({x}^{k}\right)=k{\mathrm{log}}_{b}x$ the log base b of, open paren, x to the k-th power, close paren, equals k, the log base b of, x log basis b av, venstreparentes, x i k-te potens, høgreparentes, er lik k, log basis b av, x 5 ${10}^{{\mathrm{log}}_{10}x}=x$ 10 raised to the log base 10 of, x, power, equals x 10 heva til log basis 10 av, x, er lik x 6 ${\mathrm{log}}_{10}{10}^{x}=x$ the log base 10 of, 10 to the x-th power, equals x log basis 10 av, 10 i x-te potens, er lik x 7 ${10}^{{\mathrm{log}}_{10}5}=5$ 10 raised to the log base 10 of, 5, power, equals 5 10 heva til log basis 10 av, 5, er lik 5 8 ${\mathrm{log}}_{10}{10}^{3}=3$ the log base 10 of, 10 cubed, equals 3 log basis 10 av, 10 kubikk, er lik 3 9 ${\mathrm{log}}_{a}x=\frac{{\mathrm{log}}_{b}x}{{\mathrm{log}}_{b}a}$ the log base a of, x, equals, the log base b of, x, over, the log base b of, a log basis a av, x, er lik, log basis b av, x, delt på, log basis b av, a 10 $\frac{{\mathrm{log}}_{10}18}{{\mathrm{log}}_{10}3}={\mathrm{log}}_{3}18$ the log base 10 of, 18, over, the log base 10 of, 3, equals, the log base 3 of, 18 log basis 10 av, 18, delt på, log basis 10 av, 3, er lik, log basis 3 av, 18 11 $\frac{\mathrm{log}x}{\mathrm{log}a}$ log x over log a log x delt på log a 12 $\mathrm{log}\left(x+1\right)$ the log of, open paren, x plus 1, close paren log av, venstreparentes, x pluss 1, høgreparentes 13 $\mathrm{log}{\left(x+1\right)}^{2}$ the log of, open paren, x plus 1, close paren, squared log av, venstreparentes, x pluss 1, høgreparentes, kvadrat 14 $\mathrm{log}\left(xy\right)$ log x y log x y 15 $\frac{\mathrm{log}\left(x+1\right)}{\mathrm{log}\left(x+2\right)}$ 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 brøk med tellar, log av, venstreparentes, x pluss 1, høgreparentes, og nemnar, log av, venstreparentes, x pluss 2, høgreparentes 16 $\frac{{\mathrm{log}}_{6}\left(x+1\right)}{{\mathrm{log}}_{6}\left(x+2\right)}$ 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 brøk med tellar, log basis 6 av, venstreparentes, x pluss 1, høgreparentes, og nemnar, log basis 6 av, venstreparentes, x pluss 2, høgreparentes 17 $\frac{\mathrm{log}40+\mathrm{log}60}{\mathrm{log}5}$ the fraction with numerator log 40 plus log 60, and denominator log 5 brøk med tellar log 40 pluss log 60, og nemnar log 5 18 $\frac{{\mathrm{log}}_{3}40+{\mathrm{log}}_{3}60}{{\mathrm{log}}_{3}5}$ 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 brøk med tellar, log basis 3 av, 40, pluss, log basis 3 av, 60, og nemnar, log basis 3 av, 5 19 $\mathrm{log}\left({3}^{4}{12}^{9}\right)=4\mathrm{log}3+9\mathrm{log}12$ 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 log av, venstreparentes, 3 i fjerde potens, 12 i niande potens, høgreparentes, er lik 4 log 3, pluss 9 log 12 20 $\mathrm{log}\left(\frac{x}{y}\right)$ the log of, open paren, x over y, close paren log av, venstreparentes, x delt på y, høgreparentes 21 $\mathrm{log}\left(\frac{{3}^{4}}{{8}^{10}}\right)=4\mathrm{log}3-10\mathrm{log}8$ 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 log av, venstreparentes, brøk med tellar 3 i fjerde potens, og nemnar 8 i tiande potens, høgreparentes, er lik 4 log 3, minus 10 log 8 22 ${10}^{\mathrm{log}x}$ 10 raised to the log x power 10 heva til log x 23 $\mathrm{ln}x$ l n x ln x 24 $\mathrm{ln}x-\mathrm{ln}\left(x-1\right)=\mathrm{ln}\left(\frac{x}{x-1}\right)$ 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 ln x, minus ln av, venstreparentes, x minus 1, høgreparentes, er lik ln av, venstreparentes, brøk med tellar x, og nemnar x minus 1, høgreparentes 25 $\mathrm{ln}\left({e}^{x}\right)=x$ l n of, open paren, e to the x-th power, close paren, equals x ln av, venstreparentes, e i x-te potens, høgreparentes, er lik x 26 ${e}^{\mathrm{ln}x}=x$ e raised to the l n x power, equals x e heva til ln x, er lik x 27 $\mathrm{ln}\left({e}^{x}\right)=x$ l n of, open paren, e to the x-th power, close paren, equals x ln av, venstreparentes, e i x-te potens, høgreparentes, er lik x 28 ${e}^{\mathrm{ln}4}=4$ e raised to the l n 4 power, equals 4 e heva til ln 4, er lik 4 29 $\frac{\mathrm{ln}40}{\mathrm{ln}5}={\mathrm{log}}_{5}40$ l n 40, over l n 5, equals, the log base 5 of, 40 ln 40, delt på ln 5, er lik, log basis 5 av, 40 30 $\frac{\mathrm{ln}40+\mathrm{ln}60}{\mathrm{ln}5}$ the fraction with numerator l n 40, plus l n 60, and denominator l n 5 brøk med tellar ln 40, pluss ln 60, og nemnar ln 5

## Nynorsk Clearspeak Logarithms rule tests. Locale: nn, Style: Log_LnAsNaturalLog.

 0 $\mathrm{ln}x$ natural log x ln x 1 $\mathrm{ln}x-\mathrm{ln}\left(x-1\right)=\mathrm{ln}\left(\frac{x}{x-1}\right)$ 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 ln x, minus, ln av, venstreparentes, x minus 1, høgreparentes, er lik, ln av, venstreparentes, brøk med tellar x, og nemnar x minus 1, høgreparentes 2 $\mathrm{ln}\left({e}^{x}\right)=x$ the natural log of, open paren, e to the x-th power, close paren, equals x ln av, venstreparentes, e i x-te potens, høgreparentes, er lik x 3 ${e}^{\mathrm{ln}x}=x$ e raised to the natural log x power, equals x e heva til ln x, er lik x 4 $\mathrm{ln}\left({e}^{x}\right)=x$ the natural log of, open paren, e to the x-th power, close paren, equals x ln av, venstreparentes, e i x-te potens, høgreparentes, er lik x 5 ${e}^{\mathrm{ln}4}=4$ e raised to the natural log 4 power, equals 4 e heva til ln 4, er lik 4 6 $\frac{\mathrm{ln}40}{\mathrm{ln}5}={\mathrm{log}}_{5}40$ natural log 40, over natural log 5, equals, the log base 5 of, 40 ln 40, delt på ln 5, er lik, log basis 5 av, 40 7 $\frac{\mathrm{ln}40+\mathrm{ln}60}{\mathrm{ln}5}$ the fraction with numerator natural log 40, plus natural log 60, and denominator natural log 5 brøk med tellar ln 40, pluss ln 60, og nemnar ln 5

## Nynorsk Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: nn, Style: Matrix_Auto.

 0 $\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5 1 $\left[\begin{array}{cc}2& 1\\ 7& 5\end{array}\right]$ the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5 2 $\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6 3 $\left[\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right]$ the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6 4 $\left(\begin{array}{c}1\\ 2\\ 3\end{array}\right)$ the 3 by 1 column matrix. 1, 2, 3 3 ganger 1 kolonnematrise. 1, 2, 3 5 $\left[\begin{array}{c}1\\ 2\\ 3\end{array}\right]$ the 3 by 1 column matrix. 1, 2, 3 3 ganger 1 kolonnematrise. 1, 2, 3 6 $\left(\begin{array}{cc}3& 5\end{array}\right)$ the 1 by 2 row matrix. 3, 5 1 ganger 2 radmatrise. 3, 5 7 $\left[\begin{array}{cc}3& 5\end{array}\right]$ the 1 by 2 row matrix. 3, 5 1 ganger 2 radmatrise. 3, 5 8 $\begin{array}{c}\left(3\right)\end{array}$ the 1 by 1 matrix with entry 3 1 ganger 1 matrisa med element 3 9 $\left(\begin{array}{c}3\end{array}\right)$ the 1 by 1 matrix with entry 3 1 ganger 1 matrisa med element 3 10 $\left(\begin{array}{c}x+1\\ x-1\end{array}\right)$ the 2 by 1 column matrix. Row 1: x plus 1 Row 2: x minus 1 2 ganger 1 kolonnematrise. rad 1: x pluss 1 rad 2: x minus 1 11 $\left(\begin{array}{c}3\\ 6\\ 1\\ 2\end{array}\right)$ the 4 by 1 column matrix. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2 4 ganger 1 kolonnematrise. rad 1: 3 rad 2: 6 rad 3: 1 rad 4: 2 12 $\left(\begin{array}{cc}x+1& 2x\end{array}\right)$ the 1 by 2 row matrix. Column 1: x plus 1 Column 2: 2 x 1 ganger 2 radmatrise. kolonne 1: x pluss 1 kolonne 2: 2 x 13 $\left(\begin{array}{cccc}3& 6& 1& 2\end{array}\right)$ the 1 by 4 row matrix. Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2 1 ganger 4 radmatrise. kolonne 1: 3 kolonne 2: 6 kolonne 3: 1 kolonne 4: 2 14 $\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 3 ganger 3 matrisen. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 15 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 16 $\left(\begin{array}{ccccc}2& 1& 0& 5& 3\\ 3& 4& 2& 7& 0\end{array}\right)$ 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 2 ganger 5 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 5; kolonne 5, 3. rad 2: kolonne 1, 3; kolonne 2, 4; kolonne 3, 2; kolonne 4, 7; kolonne 5, 0 17 $\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ 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 4 ganger 2 matrisa. rad 1: kolonne 1, 1; kolonne 2, 3. rad 2: kolonne 1, 4; kolonne 2, 2. rad 3: kolonne 1, 2; kolonne 2, 1. rad 4: kolonne 1, 0; kolonne 2, 5 18 $\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 19 $\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 3 matrisa. rad 1: kolonne 1, 3; kolonne 2, 1 minus x; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6 20 $\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 2 ganger 2 matrisen. rad 1: 2 x, 1 rad 2: 7, 5 21 $\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds 2 ganger 2 matrisen. rad 1: 2 x, y rad 2: ein andre, to tredje 22 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte 23 $\left(\begin{array}{cc}{b}_{11}& {b}_{12}\\ {b}_{21}& {b}_{22}\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: b indeks 1 1, b indeks 1 2 rad 2: b indeks 2 1, b indeks 2 2 24 $3\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ 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 ganger 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5. ganger 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6 25 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte. ganger 2 ganger 3 matrisa. rad 1: kolonne 1, 3; kolonne 2, 1 minus x; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6 26 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0. ganger 4 ganger 2 matrisa. rad 1: kolonne 1, 1; kolonne 2, 3. rad 2: kolonne 1, 4; kolonne 2, 2. rad 3: kolonne 1, 2; kolonne 2, 1. rad 4: kolonne 1, 0; kolonne 2, 5 27 $|\begin{array}{cc}2& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5 28 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 det av 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5 29 $|\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}|$ the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 determinanten til 3 ganger 3 matrisa. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 30 $\mathrm{det}\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 det av 3 ganger 3 matrisen. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 31 $|\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}|$ 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 determinanten til 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 32 $\mathrm{det}\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 det av 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 33 $|\begin{array}{cc}2& 1\\ 7& 5+x\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 34 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ 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 det av 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 35 $|\begin{array}{cc}2x& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2 x, 1 rad 2: 7, 5 36 $\mathrm{det}\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 det av 2 ganger 2 matrisen. rad 1: 2 x, 1 rad 2: 7, 5 37 $|\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds determinanten til 2 ganger 2 matrisa. rad 1: 2 x, y rad 2: ein andre, to tredje 38 $\mathrm{det}\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds det av 2 ganger 2 matrisen. rad 1: 2 x, y rad 2: ein andre, to tredje 39 $|\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth determinanten til 2 ganger 2 matrisa. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte 40 $\mathrm{det}\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth det av 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte

## Nynorsk Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: nn, Style: Matrix_SpeakColNum.

 0 $\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 2 ganger 2 matrisen. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 1 $\left[\begin{array}{cc}2& 1\\ 7& 5\end{array}\right]$ the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 2 ganger 2 matrisen. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 2 $\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 3 matrisen. rad 1: kolonne 1, 3; kolonne 2, 1; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6 3 $\left[\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right]$ 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 2 ganger 3 matrisen. rad 1: kolonne 1, 3; kolonne 2, 1; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6 4 $\left(\begin{array}{c}1\\ 2\\ 3\end{array}\right)$ the 3 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3 3 ganger 1 kolonnematrise. rad 1: 1 rad 2: 2 rad 3: 3 5 $\left[\begin{array}{c}1\\ 2\\ 3\end{array}\right]$ the 3 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3 3 ganger 1 kolonnematrise. rad 1: 1 rad 2: 2 rad 3: 3 6 $\left(\begin{array}{cc}3& 5\end{array}\right)$ the 1 by 2 row matrix. Column 1: 3 Column 2: 5 1 ganger 2 radmatrise. kolonne 1: 3 kolonne 2: 5 7 $\left[\begin{array}{cc}3& 5\end{array}\right]$ the 1 by 2 row matrix. Column 1: 3 Column 2: 5 1 ganger 2 radmatrise. kolonne 1: 3 kolonne 2: 5 8 $\left(\begin{array}{cccc}1& 2& 3& 4\end{array}\right)$ the 1 by 4 row matrix. Column 1: 1 Column 2: 2 Column 3: 3 Column 4: 4 1 ganger 4 radmatrise. kolonne 1: 1 kolonne 2: 2 kolonne 3: 3 kolonne 4: 4 9 $\left[\begin{array}{cccc}1& 2& 3& 4\end{array}\right]$ the 1 by 4 row matrix. Column 1: 1 Column 2: 2 Column 3: 3 Column 4: 4 1 ganger 4 radmatrise. kolonne 1: 1 kolonne 2: 2 kolonne 3: 3 kolonne 4: 4 10 $\left(\begin{array}{c}1\\ 2\\ 3\\ 4\end{array}\right)$ the 4 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3 Row 4: 4 4 ganger 1 kolonnematrise. rad 1: 1 rad 2: 2 rad 3: 3 rad 4: 4 11 $\left[\begin{array}{c}1\\ 2\\ 3\\ 4\end{array}\right]$ the 4 by 1 column matrix. Row 1: 1 Row 2: 2 Row 3: 3 Row 4: 4 4 ganger 1 kolonnematrise. rad 1: 1 rad 2: 2 rad 3: 3 rad 4: 4 12 $\left(\begin{array}{c}x+1\\ x-1\end{array}\right)$ the 2 by 1 column matrix. Row 1: x plus 1 Row 2: x minus 1 2 ganger 1 kolonnematrise. rad 1: x pluss 1 rad 2: x minus 1 13 $\left(\begin{array}{c}3\\ 6\\ 1\\ 2\end{array}\right)$ the 4 by 1 column matrix. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2 4 ganger 1 kolonnematrise. rad 1: 3 rad 2: 6 rad 3: 1 rad 4: 2 14 $\left(\begin{array}{cc}x+1& 2x\end{array}\right)$ the 1 by 2 row matrix. Column 1: x plus 1 Column 2: 2 x 1 ganger 2 radmatrise. kolonne 1: x pluss 1 kolonne 2: 2 x 15 $\left(\begin{array}{cccc}3& 6& 1& 2\end{array}\right)$ the 1 by 4 row matrix. Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2 1 ganger 4 radmatrise. kolonne 1: 3 kolonne 2: 6 kolonne 3: 1 kolonne 4: 2 16 $\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ 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 3 ganger 3 matrisen. rad 1: kolonne 1, 2; kolonne 2, 4; kolonne 3, 1. rad 2: kolonne 1, 3; kolonne 2, 5; kolonne 3, 2. rad 3: kolonne 1, 1; kolonne 2, 4; kolonne 3, 7 17 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 18 $\left(\begin{array}{ccccc}2& 1& 0& 5& 3\\ 3& 4& 2& 7& 0\end{array}\right)$ 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 2 ganger 5 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 5; kolonne 5, 3. rad 2: kolonne 1, 3; kolonne 2, 4; kolonne 3, 2; kolonne 4, 7; kolonne 5, 0 19 $\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ 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 4 ganger 2 matrisa. rad 1: kolonne 1, 1; kolonne 2, 3. rad 2: kolonne 1, 4; kolonne 2, 2. rad 3: kolonne 1, 2; kolonne 2, 1. rad 4: kolonne 1, 0; kolonne 2, 5 20 $\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 plus x 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 21 $\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 3 matrisa. rad 1: kolonne 1, 3; kolonne 2, 1 minus x; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6 22 $\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 2 ganger 2 matrisen. rad 1: kolonne 1, 2 x; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 23 $\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ the 2 by 2 matrix. Row 1: Column 1, 2 x; Column 2, y. Row 2: Column 1, one half; Column 2, two thirds 2 ganger 2 matrisen. rad 1: kolonne 1, 2 x; kolonne 2, y. rad 2: kolonne 1, ein andre; kolonne 2, to tredje 24 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: kolonne 1, ein andre; kolonne 2, to tredje. rad 2: kolonne 1, tre fjerde; kolonne 2, ein femte 25 $\left(\begin{array}{cc}{b}_{11}& {b}_{12}\\ {b}_{21}& {b}_{22}\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: kolonne 1, b indeks 1 1; kolonne 2, b indeks 1 2. rad 2: kolonne 1, b indeks 2 1; kolonne 2, b indeks 2 2 26 $3\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ 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 ganger 2 ganger 2 matrisen. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5. ganger 2 ganger 3 matrisen. rad 1: kolonne 1, 3; kolonne 2, 1; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6 27 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: kolonne 1, ein andre; kolonne 2, to tredje. rad 2: kolonne 1, tre fjerde; kolonne 2, ein femte. ganger 2 ganger 3 matrisa. rad 1: kolonne 1, 3; kolonne 2, 1 minus x; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6 28 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0. ganger 4 ganger 2 matrisa. rad 1: kolonne 1, 1; kolonne 2, 3. rad 2: kolonne 1, 4; kolonne 2, 2. rad 3: kolonne 1, 2; kolonne 2, 1. rad 4: kolonne 1, 0; kolonne 2, 5 29 $|\begin{array}{cc}2& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 30 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: Column 1, 2; Column 2, 1. Row 2: Column 1, 7; Column 2, 5 det av 2 ganger 2 matrisen. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 31 $|\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}|$ 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 determinanten til 3 ganger 3 matrisa. rad 1: kolonne 1, 2; kolonne 2, 4; kolonne 3, 1. rad 2: kolonne 1, 3; kolonne 2, 5; kolonne 3, 2. rad 3: kolonne 1, 1; kolonne 2, 4; kolonne 3, 7 32 $\mathrm{det}\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ 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 det av 3 ganger 3 matrisen. rad 1: kolonne 1, 2; kolonne 2, 4; kolonne 3, 1. rad 2: kolonne 1, 3; kolonne 2, 5; kolonne 3, 2. rad 3: kolonne 1, 1; kolonne 2, 4; kolonne 3, 7 33 $|\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}|$ 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 determinanten til 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 34 $\mathrm{det}\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 det av 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0 35 $|\begin{array}{cc}2& 1\\ 7& 5+x\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 36 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ 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 det av 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x 37 $|\begin{array}{cc}2x& 1\\ 7& 5\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2 x; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 38 $\mathrm{det}\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ 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 det av 2 ganger 2 matrisen. rad 1: kolonne 1, 2 x; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 39 $|\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2 x; kolonne 2, y. rad 2: kolonne 1, ein andre; kolonne 2, to tredje 40 $\mathrm{det}\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ 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 det av 2 ganger 2 matrisen. rad 1: kolonne 1, 2 x; kolonne 2, y. rad 2: kolonne 1, ein andre; kolonne 2, to tredje 41 $|\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, ein andre; kolonne 2, to tredje. rad 2: kolonne 1, tre fjerde; kolonne 2, ein femte 42 $\mathrm{det}\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ 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 det av 2 ganger 2 matrisen. rad 1: kolonne 1, ein andre; kolonne 2, to tredje. rad 2: kolonne 1, tre fjerde; kolonne 2, ein femte

## Nynorsk Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: nn, Style: Matrix_SilentColNum.

 0 $\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5 1 $\left[\begin{array}{cc}2& 1\\ 7& 5\end{array}\right]$ the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5 2 $\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6 3 $\left[\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right]$ the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6 4 $\left(\begin{array}{c}1\\ 2\\ 3\end{array}\right)$ the 3 by 1 column matrix. 1, 2, 3 3 ganger 1 kolonnematrise. 1, 2, 3 5 $\left[\begin{array}{c}1\\ 2\\ 3\end{array}\right]$ the 3 by 1 column matrix. 1, 2, 3 3 ganger 1 kolonnematrise. 1, 2, 3 6 $\left(\begin{array}{cc}3& 5\end{array}\right)$ the 1 by 2 row matrix. 3, 5 1 ganger 2 radmatrise. 3, 5 7 $\left[\begin{array}{cc}3& 5\end{array}\right]$ the 1 by 2 row matrix. 3, 5 1 ganger 2 radmatrise. 3, 5 8 $\left(\begin{array}{c}x+1\\ x-1\end{array}\right)$ the 2 by 1 column matrix. x plus 1, x minus 1 2 ganger 1 kolonnematrise. x pluss 1, x minus 1 9 $\left(\begin{array}{c}3\\ 6\\ 1\\ 2\end{array}\right)$ the 4 by 1 column matrix. 3, 6, 1, 2 4 ganger 1 kolonnematrise. 3, 6, 1, 2 10 $\left(\begin{array}{cc}x+1& 2x\end{array}\right)$ the 1 by 2 row matrix. x plus 1, 2 x 1 ganger 2 radmatrise. x pluss 1, 2 x 11 $\left(\begin{array}{cccc}3& 6& 1& 2\end{array}\right)$ the 1 by 4 row matrix. 3, 6, 1, 2 1 ganger 4 radmatrise. 3, 6, 1, 2 12 $\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 3 ganger 3 matrisen. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 13 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: 0, 3, 4, 3 rad 2: 2, 1, 0, 9 rad 3: 3, 0, 2, 1 rad 4: 6, 2, 9, 0 14 $\left(\begin{array}{ccccc}2& 1& 0& 5& 3\\ 3& 4& 2& 7& 0\end{array}\right)$ the 2 by 5 matrix. Row 1: 2, 1, 0, 5, 3 Row 2: 3, 4, 2, 7, 0 2 ganger 5 matrisa. rad 1: 2, 1, 0, 5, 3 rad 2: 3, 4, 2, 7, 0 15 $\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ the 4 by 2 matrix. Row 1: 1, 3 Row 2: 4, 2 Row 3: 2, 1 Row 4: 0, 5 4 ganger 2 matrisa. rad 1: 1, 3 rad 2: 4, 2 rad 3: 2, 1 rad 4: 0, 5 16 $\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 plus x 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5 pluss x 17 $\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ the 2 by 3 matrix. Row 1: 3, 1 minus x, 4 Row 2: 0, 2, 6 2 ganger 3 matrisa. rad 1: 3, 1 minus x, 4 rad 2: 0, 2, 6 18 $\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 2 ganger 2 matrisen. rad 1: 2 x, 1 rad 2: 7, 5 19 $\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds 2 ganger 2 matrisen. rad 1: 2 x, y rad 2: ein andre, to tredje 20 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte 21 $\left(\begin{array}{cc}{b}_{11}& {b}_{12}\\ {b}_{21}& {b}_{22}\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: b indeks 1 1, b indeks 1 2 rad 2: b indeks 2 1, b indeks 2 2 22 $3\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ 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 ganger 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5. ganger 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6 23 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte. ganger 2 ganger 3 matrisa. rad 1: 3, 1 minus x, 4 rad 2: 0, 2, 6 24 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: 0, 3, 4, 3 rad 2: 2, 1, 0, 9 rad 3: 3, 0, 2, 1 rad 4: 6, 2, 9, 0. ganger 4 ganger 2 matrisa. rad 1: 1, 3 rad 2: 4, 2 rad 3: 2, 1 rad 4: 0, 5 25 $|\begin{array}{cc}2& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5 26 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 det av 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5 27 $|\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}|$ the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 determinanten til 3 ganger 3 matrisa. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 28 $\mathrm{det}\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ the determinant of the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7 det av 3 ganger 3 matrisen. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7 29 $|\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}|$ 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 determinanten til 4 ganger 4 matrisa. rad 1: 0, 3, 4, 3 rad 2: 2, 1, 0, 9 rad 3: 3, 0, 2, 1 rad 4: 6, 2, 9, 0 30 $\mathrm{det}\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 det av 4 ganger 4 matrisa. rad 1: 0, 3, 4, 3 rad 2: 2, 1, 0, 9 rad 3: 3, 0, 2, 1 rad 4: 6, 2, 9, 0 31 $|\begin{array}{cc}2& 1\\ 7& 5+x\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 plus x determinanten til 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5 pluss x 32 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5 plus x det av 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5 pluss x 33 $|\begin{array}{cc}2x& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 determinanten til 2 ganger 2 matrisa. rad 1: 2 x, 1 rad 2: 7, 5 34 $\mathrm{det}\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5 det av 2 ganger 2 matrisen. rad 1: 2 x, 1 rad 2: 7, 5 35 $|\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds determinanten til 2 ganger 2 matrisa. rad 1: 2 x, y rad 2: ein andre, to tredje 36 $\mathrm{det}\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds det av 2 ganger 2 matrisen. rad 1: 2 x, y rad 2: ein andre, to tredje 37 $|\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth determinanten til 2 ganger 2 matrisa. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte 38 $\mathrm{det}\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth det av 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte

## Nynorsk Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: nn, Style: Matrix_EndMatrix.

 0 $\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5. slutt matrise 1 $\left[\begin{array}{cc}2& 1\\ 7& 5\end{array}\right]$ the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5. slutt matrise 2 $\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6. end matrix 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6. slutt matrise 3 $\left[\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right]$ the 2 by 3 matrix. Row 1: 3, 1, 4 Row 2: 0, 2, 6. end matrix 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6. slutt matrise 4 $\left(\begin{array}{c}1\\ 2\\ 3\end{array}\right)$ the 3 by 1 column matrix. 1, 2, 3. end matrix 3 ganger 1 kolonnematrise. 1, 2, 3. slutt matrise 5 $\left[\begin{array}{c}1\\ 2\\ 3\end{array}\right]$ the 3 by 1 column matrix. 1, 2, 3. end matrix 3 ganger 1 kolonnematrise. 1, 2, 3. slutt matrise 6 $\left(\begin{array}{cc}3& 5\end{array}\right)$ the 1 by 2 row matrix. 3, 5. end matrix 1 ganger 2 radmatrise. 3, 5. slutt matrise 7 $\left[\begin{array}{cc}3& 5\end{array}\right]$ the 1 by 2 row matrix. 3, 5. end matrix 1 ganger 2 radmatrise. 3, 5. slutt matrise 8 $\left(\begin{array}{c}x+1\\ x-1\end{array}\right)$ the 2 by 1 column matrix. Row 1: x plus 1 Row 2: x minus 1. end matrix 2 ganger 1 kolonnematrise. rad 1: x pluss 1 rad 2: x minus 1. slutt matrise 9 $\left(\begin{array}{c}3\\ 6\\ 1\\ 2\end{array}\right)$ the 4 by 1 column matrix. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2. end matrix 4 ganger 1 kolonnematrise. rad 1: 3 rad 2: 6 rad 3: 1 rad 4: 2. slutt matrise 10 $\left(\begin{array}{cc}x+1& 2x\end{array}\right)$ the 1 by 2 row matrix. Column 1: x plus 1 Column 2: 2 x. end matrix 1 ganger 2 radmatrise. kolonne 1: x pluss 1 kolonne 2: 2 x. slutt matrise 11 $\left(\begin{array}{cccc}3& 6& 1& 2\end{array}\right)$ the 1 by 4 row matrix. Column 1: 3 Column 2: 6 Column 3: 1 Column 4: 2. end matrix 1 ganger 4 radmatrise. kolonne 1: 3 kolonne 2: 6 kolonne 3: 1 kolonne 4: 2. slutt matrise 12 $\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ the 3 by 3 matrix. Row 1: 2, 4, 1 Row 2: 3, 5, 2 Row 3: 1, 4, 7. end matrix 3 ganger 3 matrisen. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7. slutt matrise 13 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0. slutt matrise 14 $\left(\begin{array}{ccccc}2& 1& 0& 5& 3\\ 3& 4& 2& 7& 0\end{array}\right)$ 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 2 ganger 5 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 5; kolonne 5, 3. rad 2: kolonne 1, 3; kolonne 2, 4; kolonne 3, 2; kolonne 4, 7; kolonne 5, 0. slutt matrise 15 $\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ 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 4 ganger 2 matrisa. rad 1: kolonne 1, 1; kolonne 2, 3. rad 2: kolonne 1, 4; kolonne 2, 2. rad 3: kolonne 1, 2; kolonne 2, 1. rad 4: kolonne 1, 0; kolonne 2, 5. slutt matrise 16 $\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ 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 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x. slutt matrise 17 $\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 3 matrisa. rad 1: kolonne 1, 3; kolonne 2, 1 minus x; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6. slutt matrise 18 $\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5. end matrix 2 ganger 2 matrisen. rad 1: 2 x, 1 rad 2: 7, 5. slutt matrise 19 $\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds. end matrix 2 ganger 2 matrisen. rad 1: 2 x, y rad 2: ein andre, to tredje. slutt matrise 20 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. end matrix 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte. slutt matrise 21 $\left(\begin{array}{cc}{b}_{11}& {b}_{12}\\ {b}_{21}& {b}_{22}\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: b indeks 1 1, b indeks 1 2 rad 2: b indeks 2 1, b indeks 2 2. slutt matrise 22 $3\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)\left(\begin{array}{ccc}3& 1& 4\\ 0& 2& 6\end{array}\right)$ 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 ganger 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5. slutt matrise ganger 2 ganger 3 matrisen. rad 1: 3, 1, 4 rad 2: 0, 2, 6. slutt matrise 23 $\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)\left(\begin{array}{ccc}3& 1-x& 4\\ 0& 2& 6\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte. slutt matrise ganger 2 ganger 3 matrisa. rad 1: kolonne 1, 3; kolonne 2, 1 minus x; kolonne 3, 4. rad 2: kolonne 1, 0; kolonne 2, 2; kolonne 3, 6. slutt matrise 24 $\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)\left(\begin{array}{cc}1& 3\\ 4& 2\\ 2& 1\\ 0& 5\end{array}\right)$ 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 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0. slutt matrise ganger 4 ganger 2 matrisa. rad 1: kolonne 1, 1; kolonne 2, 3. rad 2: kolonne 1, 4; kolonne 2, 2. rad 3: kolonne 1, 2; kolonne 2, 1. rad 4: kolonne 1, 0; kolonne 2, 5. slutt matrise 25 $|\begin{array}{cc}2& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end determinant determinanten til 2 ganger 2 matrisa. rad 1: 2, 1 rad 2: 7, 5. slutt determinant 26 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2, 1 Row 2: 7, 5. end matrix det av 2 ganger 2 matrisen. rad 1: 2, 1 rad 2: 7, 5. slutt matrise 27 $|\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}|$ 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 determinanten til 3 ganger 3 matrisa. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7. slutt determinant 28 $\mathrm{det}\left(\begin{array}{ccc}2& 4& 1\\ 3& 5& 2\\ 1& 4& 7\end{array}\right)$ 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 det av 3 ganger 3 matrisen. rad 1: 2, 4, 1 rad 2: 3, 5, 2 rad 3: 1, 4, 7. slutt matrise 29 $|\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}|$ 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 determinanten til 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0. slutt determinant 30 $\mathrm{det}\left(\begin{array}{cccc}0& 3& 4& 3\\ 2& 1& 0& 9\\ 3& 0& 2& 1\\ 6& 2& 9& 0\end{array}\right)$ 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 det av 4 ganger 4 matrisa. rad 1: kolonne 1, 0; kolonne 2, 3; kolonne 3, 4; kolonne 4, 3. rad 2: kolonne 1, 2; kolonne 2, 1; kolonne 3, 0; kolonne 4, 9. rad 3: kolonne 1, 3; kolonne 2, 0; kolonne 3, 2; kolonne 4, 1. rad 4: kolonne 1, 6; kolonne 2, 2; kolonne 3, 9; kolonne 4, 0. slutt matrise 31 $|\begin{array}{cc}2& 1\\ 7& 5+x\end{array}|$ 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 determinanten til 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x. slutt determinant 32 $\mathrm{det}\left(\begin{array}{cc}2& 1\\ 7& 5+x\end{array}\right)$ 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 det av 2 ganger 2 matrisa. rad 1: kolonne 1, 2; kolonne 2, 1. rad 2: kolonne 1, 7; kolonne 2, 5 pluss x. slutt matrise 33 $|\begin{array}{cc}2x& 1\\ 7& 5\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5. end determinant determinanten til 2 ganger 2 matrisa. rad 1: 2 x, 1 rad 2: 7, 5. slutt determinant 34 $\mathrm{det}\left(\begin{array}{cc}2x& 1\\ 7& 5\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2 x, 1 Row 2: 7, 5. end matrix det av 2 ganger 2 matrisen. rad 1: 2 x, 1 rad 2: 7, 5. slutt matrise 35 $|\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds. end determinant determinanten til 2 ganger 2 matrisa. rad 1: 2 x, y rad 2: ein andre, to tredje. slutt determinant 36 $\mathrm{det}\left(\begin{array}{cc}2x& y\\ \frac{1}{2}& \frac{2}{3}\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: 2 x, y Row 2: one half, two thirds. end matrix det av 2 ganger 2 matrisen. rad 1: 2 x, y rad 2: ein andre, to tredje. slutt matrise 37 $|\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}|$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. end determinant determinanten til 2 ganger 2 matrisa. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte. slutt determinant 38 $\mathrm{det}\left(\begin{array}{cc}\frac{1}{2}& \frac{2}{3}\\ \frac{3}{4}& \frac{1}{5}\end{array}\right)$ the determinant of the 2 by 2 matrix. Row 1: one half, two thirds Row 2: three fourths, one fifth. end matrix det av 2 ganger 2 matrisen. rad 1: ein andre, to tredje rad 2: tre fjerde, ein femte. slutt matrise

## Nynorsk Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: nn, Style: Matrix_Vector.

 0 $\left(\begin{array}{c}1\\ 2\\ 3\end{array}\right)$ the 3 by 1 column vector. 1, 2, 3 3 ganger 1 kolonnevektor. 1, 2, 3 1 $\left[\begin{array}{c}1\\ 2\\ 3\end{array}\right]$ the 3 by 1 column vector. 1, 2, 3 3 ganger 1 kolonnevektor. 1, 2, 3 2 $\left(\begin{array}{cc}3& 5\end{array}\right)$ the 1 by 2 row vector. 3, 5 1 ganger 2 radvektor. 3, 5 3 $\left[\begin{array}{cc}3& 5\end{array}\right]$ the 1 by 2 row vector. 3, 5 1 ganger 2 radvektor. 3, 5 4 $\left(\begin{array}{c}x+1\\ x-1\end{array}\right)$ the 2 by 1 column vector. Row 1: x plus 1 Row 2: x minus 1 2 ganger 1 kolonnevektor. rad 1: x pluss 1 rad 2: x minus 1 5 $\left(\begin{array}{c}3\\ 6\\ 1\\ 2\end{array}\right)$ the 4 by 1 column vector. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2 4 ganger 1 kolonnevektor. rad 1: 3 rad 2: 6 rad 3: 1 rad 4: 2 6 $\left(\begin{array}{cc}x+1& 2x\end{array}\right)$ the 1 by 2 row vector. Column 1: x plus 1 Column 2: 2 x 1 ganger 2 radvektor. kolonne 1: x pluss 1 kolonne 2: 2 x 7 $\left(\begin{array}{cc}3& 2\end{array}\right)\left(\begin{array}{cc}0& 5\\ 9& 4\end{array}\right)$ the 1 by 2 row vector. 3, 2. times the 2 by 2 matrix. Row 1: 0, 5 Row 2: 9, 4 1 ganger 2 radvektor. 3, 2. ganger 2 ganger 2 matrisen. rad 1: 0, 5 rad 2: 9, 4 8 $\left(\begin{array}{ccc}1& 2& 7\end{array}\right)\left(\begin{array}{ccc}3& 5& 4\\ 8& 0& 6\\ 1& 4& 2\end{array}\right)$ 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 1 ganger 3 radvektor. 1, 2, 7. ganger 3 ganger 3 matrisen. rad 1: 3, 5, 4 rad 2: 8, 0, 6 rad 3: 1, 4, 2 9 $\left(\begin{array}{cc}0& 5\\ 9& 4\end{array}\right)\left(\begin{array}{c}3\\ 2\end{array}\right)$ the 2 by 2 matrix. Row 1: 0, 5 Row 2: 9, 4. times the 2 by 1 column vector. 3, 2 2 ganger 2 matrisen. rad 1: 0, 5 rad 2: 9, 4. ganger 2 ganger 1 kolonnevektor. 3, 2 10 $\left(\begin{array}{ccc}3& 5& 4\\ 8& 0& 6\\ 1& 4& 2\end{array}\right)\left(\begin{array}{c}1\\ 2\\ 7\end{array}\right)$ 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 3 ganger 3 matrisen. rad 1: 3, 5, 4 rad 2: 8, 0, 6 rad 3: 1, 4, 2. ganger 3 ganger 1 kolonnevektor. 1, 2, 7

## Nynorsk Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: nn, Style: Matrix_EndVector.

 0 $\left(\begin{array}{c}1\\ 2\\ 3\end{array}\right)$ the 3 by 1 column vector. 1, 2, 3. end vector 3 ganger 1 kolonnevektor. 1, 2, 3. slutt vektor 1 $\left[\begin{array}{c}1\\ 2\\ 3\end{array}\right]$ the 3 by 1 column vector. 1, 2, 3. end vector 3 ganger 1 kolonnevektor. 1, 2, 3. slutt vektor 2 $\left(\begin{array}{cc}3& 5\end{array}\right)$ the 1 by 2 row vector. 3, 5. end vector 1 ganger 2 radvektor. 3, 5. slutt vektor 3 $\left[\begin{array}{cc}3& 5\end{array}\right]$ the 1 by 2 row vector. 3, 5. end vector 1 ganger 2 radvektor. 3, 5. slutt vektor 4 $\left(\begin{array}{c}x+1\\ x-1\end{array}\right)$ the 2 by 1 column vector. Row 1: x plus 1 Row 2: x minus 1. end vector 2 ganger 1 kolonnevektor. rad 1: x pluss 1 rad 2: x minus 1. slutt vektor 5 $\left(\begin{array}{c}3\\ 6\\ 1\\ 2\end{array}\right)$ the 4 by 1 column vector. Row 1: 3 Row 2: 6 Row 3: 1 Row 4: 2. end vector 4 ganger 1 kolonnevektor. rad 1: 3 rad 2: 6 rad 3: 1 rad 4: 2. slutt vektor 6 $\left(\begin{array}{cc}x+1& 2x\end{array}\right)$ the 1 by 2 row vector. Column 1: x plus 1 Column 2: 2 x. end vector 1 ganger 2 radvektor. kolonne 1: x pluss 1 kolonne 2: 2 x. slutt vektor 7 $\left(\begin{array}{cc}3& 2\end{array}\right)\left(\begin{array}{cc}0& 5\\ 9& 4\end{array}\right)$ 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 1 ganger 2 radvektor. 3, 2. slutt vektor ganger 2 ganger 2 matrisen. rad 1: 0, 5 rad 2: 9, 4. slutt matrise 8 $\left(\begin{array}{ccc}1& 2& 7\end{array}\right)\left(\begin{array}{ccc}3& 5& 4\\ 8& 0& 6\\ 1& 4& 2\end{array}\right)$ 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 1 ganger 3 radvektor. 1, 2, 7. slutt vektor ganger 3 ganger 3 matrisen. rad 1: 3, 5, 4 rad 2: 8, 0, 6 rad 3: 1, 4, 2. slutt matrise 9 $\left(\begin{array}{cc}0& 5\\ 9& 4\end{array}\right)\left(\begin{array}{c}3\\ 2\end{array}\right)$ 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 2 ganger 2 matrisen. rad 1: 0, 5 rad 2: 9, 4. slutt matrise ganger 2 ganger 1 kolonnevektor. 3, 2. slutt vektor 10 $\left(\begin{array}{ccc}3& 5& 4\\ 8& 0& 6\\ 1& 4& 2\end{array}\right)\left(\begin{array}{c}1\\ 2\\ 7\end{array}\right)$ 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 3 ganger 3 matrisen. rad 1: 3, 5, 4 rad 2: 8, 0, 6 rad 3: 1, 4, 2. slutt matrise ganger 3 ganger 1 kolonnevektor. 1, 2, 7. slutt vektor

## Nynorsk Clearspeak Matrices, Vectors, and Combinatorics rule tests. Locale: nn, Style: Matrix_Combinatoric.

 0 $\left(\begin{array}{c}n\\ r\end{array}\right)$ n choose r n over r 1 $\left(\begin{array}{c}10\\ 7\end{array}\right)$ 10 choose 7 10 over 7 2 $\left(\begin{array}{c}15\\ 0\end{array}\right)$ 15 choose 0 15 over 0 3 $\left(\begin{array}{c}8\\ 3\end{array}\right)$ 8 choose 3 8 over 3

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ 2 lines, Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17 2 rader, rad 1: x pluss y er lik 7. rad 2: 2 x, pluss 3 y, er lik 17 1 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 lines, Line 1: x plus y; equals; 7. Line 2: 2 x, plus 3 y; equals; 17 2 rader, rad 1: x pluss y; er lik; 7. rad 2: 2 x, pluss 3 y; er lik; 17 2 $\begin{array}{ccccc}x& +& y& =& 7\\ 2x& +& 3y& =& 17\end{array}$ 2 lines, Line 1: x; plus; y; equals; 7. Line 2: 2 x; plus; 3 y; equals; 17 2 rader, rad 1: x; pluss; y; er lik; 7. rad 2: 2 x; pluss; 3 y; er lik; 17 3 $\begin{array}{c}\text{Equation 1:}x+y=7\\ \text{Equation 2:}2x+3y=17\end{array}$ 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 rader, rad 1: Equation 1 kolon x pluss y er lik 7. rad 2: Equation 2 kolon 2 x, pluss 3 y, er lik 17 4 $\begin{array}{cc}\text{Equation 1:}& x+y=7\\ \text{Equation 2:}& 2x+3y=17\end{array}$ 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 rader, rad 1: Equation 1 kolon; x pluss y er lik 7. rad 2: Equation 2 kolon; 2 x, pluss 3 y, er lik 17 5 $\begin{array}{cccc}\text{Equation 1:}& \text{}x+y& =& 7\\ \text{Equation 2:}& 2x+3y& =& 17\end{array}\text{}$ 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 rader, rad 1: Equation 1 kolon; x pluss y; er lik; 7. rad 2: Equation 2 kolon; 2 x, pluss 3 y; er lik; 17 6 $\begin{array}{c}4x+3y+2z=17\\ 2x+4y+6z=6\\ 3x+2y+5z=1\end{array}$ 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 rader, rad 1: 4 x, pluss 3 y, pluss 2 z, er lik 17. rad 2: 2 x, pluss 4 y, pluss 6 z, er lik 6. rad 3: 3 x, pluss 2 y, pluss 5 z, er lik 1 7 $\begin{array}{ccccccc}4x& +& 3y& +& 2z& =& 1\\ 2x& +& 4y& +& 6z& =& 6\\ 3x& +& 2y& +& 5z& =& 1\end{array}$ 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 rader, rad 1: 4 x; pluss; 3 y; pluss; 2 z; er lik; 1. rad 2: 2 x; pluss; 4 y; pluss; 6 z; er lik; 6. rad 3: 3 x; pluss; 2 y; pluss; 5 z; er lik; 1 8 $\begin{array}{c}\text{Equation 1:}4x+3y+2z=17\\ \text{Equation 2:}2x+4y+6z=6\\ \text{Equation 3:}3x+2y+5z=1\end{array}$ 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 rader, rad 1: Equation 1 kolon 4 x, pluss 3 y, pluss 2 z, er lik 17. rad 2: Equation 2 kolon 2 x, pluss 4 y, pluss 6 z, er lik 6. rad 3: Equation 3 kolon 3 x, pluss 2 y, pluss 5 z, er lik 1 9 $\begin{array}{l}x\ge 0\\ y\ge 0\\ 3x-5y\le 30\end{array}$ 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 rader, rad 1: x er større enn eller er lik 0. rad 2: y er større enn eller er lik 0. rad 3: 3 x, minus 5 y, er mindre enn eller er lik 30 10 $\begin{array}{c}3x+8=5x\\ 8=5x-3x\\ 8=2x\\ 4=x\end{array}$ 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 rader, rad 1: 3 x, pluss 8 er lik 5 x. rad 2: 8 er lik 5 x, minus 3 x. rad 3: 8 er lik 2 x. rad 4: 4 er lik x 11 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 rader, rad 1: 3 x; pluss; 8; er lik; 5 x; tom; tom. rad 2: tom; tom; 8; er lik; 5 x; minus; 3 x. rad 3: tom; tom; 8; er lik; 2 x; tom; tom. rad 4: tom; tom; 4; er lik; x; tom; tom 12 $\begin{array}{c}\text{Step 1:}3x+8=5x\\ \text{Step 2:}8=5x-3x\\ \text{Step 3:}8=2x\\ \text{Step 4:}4=x\end{array}$ 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 rader, rad 1: Step 1 kolon 3 x, pluss 8 er lik 5 x. rad 2: Step 2 kolon 8 er lik 5 x, minus 3 x. rad 3: Step 3 kolon 8 er lik 2 x. rad 4: Step 4 kolon 4 er lik x 13 $f\left(x\right)=\left\{\begin{array}{c}-x\text{if}x<0\\ x\text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x if x er mindre enn 0. tilfelle 2: x if x er større enn eller er lik 0 14 $f\left(x\right)=\left\{\begin{array}{cc}-x& \text{if}x<0\\ x& \text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x; if x er mindre enn 0. tilfelle 2: x; if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Case.

 0 $f\left(x\right)=\left\{\begin{array}{c}-x\text{if}x<0\\ x\text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x if x er mindre enn 0. tilfelle 2: x if x er større enn eller er lik 0 1 $f\left(x\right)=\left\{\begin{array}{cc}-x& \text{if}x<0\\ x& \text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x; if x er mindre enn 0. tilfelle 2: x; if x er større enn eller er lik 0 2 $\begin{array}{cc}f\left(x\right)=-x& \text{if}x<0\\ f\left(x\right)=x& \text{if}x\ge 0\end{array}$ 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 tilfelle, tilfelle 1: f av x, er lik minus x; if x er mindre enn 0. tilfelle 2: f av x, er lik x; if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Equation.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ 2 equations, Equation 1: x plus y equals 7. Equation 2: 2 x, plus 3 y, equals 17 2 likningar, ligning 1: x pluss y er lik 7. ligning 2: 2 x, pluss 3 y, er lik 17 1 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 equations, Equation 1: x plus y; equals; 7. Equation 2: 2 x, plus 3 y; equals; 17 2 likningar, ligning 1: x pluss y; er lik; 7. ligning 2: 2 x, pluss 3 y; er lik; 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLinePausesBetweenColumns_Auto:MultiLineOverview_Auto:MultiLineLabel_Line.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ 2 lines, Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17 2 rader, rad 1: x pluss y er lik 7. rad 2: 2 x, pluss 3 y, er lik 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Line.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 lines, Line 1: x plus y; equals; 7. Line 2: 2 x, plus 3 y; equals; 17 2 rader, rad 1: x pluss y; er lik; 7. rad 2: 2 x, pluss 3 y; er lik; 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Row.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ 2 rows, Row 1: x plus y equals 7. Row 2: 2 x, plus 3 y, equals 17 2 rader, rad 1: x pluss y er lik 7. rad 2: 2 x, pluss 3 y, er lik 17 1 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 rows, Row 1: x plus y; equals; 7. Row 2: 2 x, plus 3 y; equals; 17 2 rader, rad 1: x pluss y; er lik; 7. rad 2: 2 x, pluss 3 y; er lik; 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Step.

 0 $\begin{array}{c}3x+8=5x\\ 8=5x-3x\\ 8=2x\\ 4=x\end{array}$ 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 steg, steg 1: 3 x, pluss 8 er lik 5 x. steg 2: 8 er lik 5 x, minus 3 x. steg 3: 8 er lik 2 x. steg 4: 4 er lik x 1 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 steg, steg 1: 3 x; pluss; 8; er lik; 5 x; tom; tom. steg 2: tom; tom; 8; er lik; 5 x; minus; 3 x. steg 3: tom; tom; 8; er lik; 2 x; tom; tom. steg 4: tom; tom; 4; er lik; x; tom; tom

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_Constraint.

 0 $\begin{array}{l}x\ge 0\\ y\ge 0\\ 3x-5y\le 30\end{array}$ 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 føresetnadar, betingelse 1: x er større enn eller er lik 0. betingelse 2: y er større enn eller er lik 0. betingelse 3: 3 x, minus 5 y, er mindre enn eller er lik 30

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineLabel_None.

 0 $\begin{array}{l}x\ge 0\\ y\ge 0\\ 3x-5y\le 30\end{array}$ 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 rader, x er større enn eller er lik 0. y er større enn eller er lik 0. 3 x, minus 5 y, er mindre enn eller er lik 30 1 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 rader, 3 x; pluss; 8; er lik; 5 x; tom; tom. tom; tom; 8; er lik; 5 x; minus; 3 x. tom; tom; 8; er lik; 2 x; tom; tom. tom; tom; 4; er lik; x; tom; tom 2 $f\left(x\right)=\left\{\begin{array}{c}-x\text{if}x<0\\ x\text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, minus x if x er mindre enn 0. x if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ 2 lines, Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17 2 rader, rad 1: x pluss y er lik 7. rad 2: 2 x, pluss 3 y, er lik 17 1 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 lines, Line 1: x plus y. equals. 7. Line 2: 2 x, plus 3 y. equals. 17 2 rader, rad 1: x pluss y. er lik. 7. rad 2: 2 x, pluss 3 y. er lik. 17 2 $\begin{array}{ccccc}x& +& y& =& 7\\ 2x& +& 3y& =& 17\end{array}$ 2 lines, Line 1: x. plus. y. equals. 7. Line 2: 2 x. plus. 3 y. equals. 17 2 rader, rad 1: x. pluss. y. er lik. 7. rad 2: 2 x. pluss. 3 y. er lik. 17 3 $\begin{array}{cc}\text{Equation 1:}& \text{}\text{}x+y=7\\ \text{Equation 2:}& 2x+3y=17\end{array}$ 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 rader, rad 1: Equation 1 kolon. x pluss y er lik 7. rad 2: Equation 2 kolon. 2 x, pluss 3 y, er lik 17 4 $\begin{array}{cccc}\text{Equation 1:}& \text{}x+y& =& 7\\ \text{Equation 2:}& 2x+3y& =& 17\end{array}\text{}$ 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 rader, rad 1: Equation 1 kolon. x pluss y. er lik. 7. rad 2: Equation 2 kolon. 2 x, pluss 3 y. er lik. 17 5 $\begin{array}{ccccccc}4x& +& 3y& +& 2z& =& 1\\ 2x& +& 4y& +& 6z& =& 6\\ 3x& +& 2y& +& 5z& =& 1\end{array}$ 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 rader, rad 1: 4 x. pluss. 3 y. pluss. 2 z. er lik. 1. rad 2: 2 x. pluss. 4 y. pluss. 6 z. er lik. 6. rad 3: 3 x. pluss. 2 y. pluss. 5 z. er lik. 1 6 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 rader, rad 1: 3 x. pluss. 8. er lik. 5 x. tom. tom. rad 2: tom. tom. 8. er lik. 5 x. minus. 3 x. rad 3: tom. tom. 8. er lik. 2 x. tom. tom. rad 4: tom. tom. 4. er lik. x. tom. tom 7 $f\left(x\right)=\left\{\begin{array}{cc}-x& \text{if}x<0\\ x& \text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x. if x er mindre enn 0. tilfelle 2: x. if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Case:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

 0 $f\left(x\right)=\left\{\begin{array}{cc}-x& \text{if}x<0\\ x& \text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x. if x er mindre enn 0. tilfelle 2: x. if x er større enn eller er lik 0 1 $\text{}\begin{array}{cc}f\left(x\right)=-x& \text{if}x<0\\ f\left(x\right)=x& \text{if}x\ge 0\end{array}$ 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 tilfelle, tilfelle 1: f av x, er lik minus x. if x er mindre enn 0. tilfelle 2: f av x, er lik x. if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Equation:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 equations, Equation 1: x plus y. equals. 7. Equation 2: 2 x, plus 3 y. equals. 17 2 likningar, ligning 1: x pluss y. er lik. 7. ligning 2: 2 x, pluss 3 y. er lik. 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Line:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 lines, Line 1: x plus y. equals. 7. Line 2: 2 x, plus 3 y. equals. 17 2 rader, rad 1: x pluss y. er lik. 7. rad 2: 2 x, pluss 3 y. er lik. 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Row:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 rows, Row 1: x plus y. equals. 7. Row 2: 2 x, plus 3 y. equals. 17 2 rader, rad 1: x pluss y. er lik. 7. rad 2: 2 x, pluss 3 y. er lik. 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Step:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Long.

 0 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 steg, steg 1: 3 x. pluss. 8. er lik. 5 x. tom. tom. steg 2: tom. tom. 8. er lik. 5 x. minus. 3 x. steg 3: tom. tom. 8. er lik. 2 x. tom. tom. steg 4: tom. tom. 4. er lik. x. tom. tom

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Auto:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 lines, Line 1: x plus y, equals, 7. Line 2: 2 x, plus 3 y, equals, 17 2 rader, rad 1: x pluss y, er lik, 7. rad 2: 2 x, pluss 3 y, er lik, 17 1 $\begin{array}{ccccc}x& +& y& =& 7\\ 2x& +& 3y& =& 17\end{array}$ 2 lines, Line 1: x, plus, y, equals, 7. Line 2: 2 x, plus, 3 y, equals, 17 2 rader, rad 1: x, pluss, y, er lik, 7. rad 2: 2 x, pluss, 3 y, er lik, 17 2 $\begin{array}{cc}\text{Equation 1:}& x+y=7\\ \text{Equation 2:}& 2x+3y=17\end{array}$ 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 rader, rad 1: Equation 1 kolon, x pluss y er lik 7. rad 2: Equation 2 kolon, 2 x, pluss 3 y, er lik 17 3 $\begin{array}{cccc}\text{Equation 1:}& \text{}x+y& =& 7\\ \text{Equation 2:}& 2x+3y& =& 17\end{array}\text{}$ 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 rader, rad 1: Equation 1 kolon, x pluss y, er lik, 7. rad 2: Equation 2 kolon, 2 x, pluss 3 y, er lik, 17 4 $\begin{array}{ccccccc}4x& +& 3y& +& 2z& =& 1\\ 2x& +& 4y& +& 6z& =& 6\\ 3x& +& 2y& +& 5z& =& 1\end{array}$ 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 rader, rad 1: 4 x, pluss, 3 y, pluss, 2 z, er lik, 1. rad 2: 2 x, pluss, 4 y, pluss, 6 z, er lik, 6. rad 3: 3 x, pluss, 2 y, pluss, 5 z, er lik, 1 5 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 rader, rad 1: 3 x, pluss, 8, er lik, 5 x, tom, tom. rad 2: tom, tom, 8, er lik, 5 x, minus, 3 x. rad 3: tom, tom, 8, er lik, 2 x, tom, tom. rad 4: tom, tom, 4, er lik, x, tom, tom 6 $f\left(x\right)=\left\{\begin{array}{cc}-x& \text{if}x<0\\ x& \text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x, if x er mindre enn 0. tilfelle 2: x, if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Case:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

 0 $f\left(x\right)=\left\{\begin{array}{cc}-x& \text{if}x<0\\ x& \text{if}x\ge 0\end{array}$ 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 av x, er lik, 2 tilfelle, tilfelle 1: minus x, if x er mindre enn 0. tilfelle 2: x, if x er større enn eller er lik 0 1 $\text{}\begin{array}{cc}f\left(x\right)=-x& \text{if}x<0\\ f\left(x\right)=x& \text{if}x\ge 0\end{array}$ 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 tilfelle, tilfelle 1: f av x, er lik minus x, if x er mindre enn 0. tilfelle 2: f av x, er lik x, if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Equation:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 equations, Equation 1: x plus y, equals, 7. Equation 2: 2 x, plus 3 y, equals, 17 2 likningar, ligning 1: x pluss y, er lik, 7. ligning 2: 2 x, pluss 3 y, er lik, 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Line:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 lines, Line 1: x plus y, equals, 7. Line 2: 2 x, plus 3 y, equals, 17 2 rader, rad 1: x pluss y, er lik, 7. rad 2: 2 x, pluss 3 y, er lik, 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Row:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

 0 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ 2 rows, Row 1: x plus y, equals, 7. Row 2: 2 x, plus 3 y, equals, 17 2 rader, rad 1: x pluss y, er lik, 7. rad 2: 2 x, pluss 3 y, er lik, 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Step:MultiLineOverview_Auto:MultiLinePausesBetweenColumns_Short.

 0 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 steg, steg 1: 3 x, pluss, 8, er lik, 5 x, tom, tom. steg 2: tom, tom, 8, er lik, 5 x, minus, 3 x. steg 3: tom, tom, 8, er lik, 2 x, tom, tom. steg 4: tom, tom, 4, er lik, x, tom, tom

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Auto:MultiLinePausesBetweenColumns_Auto:MultiLineOverview_None.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17 rad 1: x pluss y er lik 7. rad 2: 2 x, pluss 3 y, er lik 17 1 $\begin{array}{ccc}x+y& =& 7\\ 2x+3y& =& 17\end{array}$ Line 1: x plus y; equals; 7. Line 2: 2 x, plus 3 y; equals; 17 rad 1: x pluss y; er lik; 7. rad 2: 2 x, pluss 3 y; er lik; 17 2 $\begin{array}{ccccc}x& +& y& =& 7\\ 2x& +& 3y& =& 17\end{array}$ Line 1: x; plus; y; equals; 7. Line 2: 2 x; plus; 3 y; equals; 17 rad 1: x; pluss; y; er lik; 7. rad 2: 2 x; pluss; 3 y; er lik; 17 3 $\begin{array}{c}\text{Equation 1:}x+y=7\\ \text{Equation 2:}2x+3y=17\end{array}$ Line 1: Equation 1 colon x plus y equals 7. Line 2: Equation 2 colon 2 x, plus 3 y, equals 17 rad 1: Equation 1 kolon x pluss y er lik 7. rad 2: Equation 2 kolon 2 x, pluss 3 y, er lik 17 4 $\begin{array}{cc}\text{Equation 1:}& x+y=7\\ \text{Equation 2:}& 2x+3y=17\end{array}$ Line 1: Equation 1 colon; x plus y equals 7. Line 2: Equation 2 colon; 2 x, plus 3 y, equals 17 rad 1: Equation 1 kolon; x pluss y er lik 7. rad 2: Equation 2 kolon; 2 x, pluss 3 y, er lik 17 5 $\begin{array}{cccc}\text{Equation 1:}& \text{}x+y& =& 7\\ \text{Equation 2:}& 2x+3y& =& 17\end{array}\text{}$ Line 1: Equation 1 colon; x plus y; equals; 7. Line 2: Equation 2 colon; 2 x, plus 3 y; equals; 17 rad 1: Equation 1 kolon; x pluss y; er lik; 7. rad 2: Equation 2 kolon; 2 x, pluss 3 y; er lik; 17 6 $\begin{array}{c}4x+3y+2z=17\\ 2x+4y+6z=6\\ 3x+2y+5z=1\end{array}$ 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 rad 1: 4 x, pluss 3 y, pluss 2 z, er lik 17. rad 2: 2 x, pluss 4 y, pluss 6 z, er lik 6. rad 3: 3 x, pluss 2 y, pluss 5 z, er lik 1 7 $\begin{array}{ccccccc}4x& +& 3y& +& 2z& =& 1\\ 2x& +& 4y& +& 6z& =& 6\\ 3x& +& 2y& +& 5z& =& 1\end{array}$ 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 rad 1: 4 x; pluss; 3 y; pluss; 2 z; er lik; 1. rad 2: 2 x; pluss; 4 y; pluss; 6 z; er lik; 6. rad 3: 3 x; pluss; 2 y; pluss; 5 z; er lik; 1 8 $\begin{array}{c}\text{Equation 1:}4x+3y+2z=17\\ \text{Equation 2:}2x+4y+6z=6\\ \text{Equation 3:}3x+2y+5z=1\end{array}$ 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 rad 1: Equation 1 kolon 4 x, pluss 3 y, pluss 2 z, er lik 17. rad 2: Equation 2 kolon 2 x, pluss 4 y, pluss 6 z, er lik 6. rad 3: Equation 3 kolon 3 x, pluss 2 y, pluss 5 z, er lik 1 9 $\begin{array}{c}\text{Step 1:}3x+8=5x\\ \text{Step 2:}8=5x-3x\\ \text{Step 3:}8=2x\\ \text{Step 4:}4=x\end{array}$ 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 rad 1: Step 1 kolon 3 x, pluss 8 er lik 5 x. rad 2: Step 2 kolon 8 er lik 5 x, minus 3 x. rad 3: Step 3 kolon 8 er lik 2 x. rad 4: Step 4 kolon 4 er lik x 10 $f\left(x\right)=\left\{\begin{array}{c}-x\text{if}x<0\\ x\text{if}x\ge 0\end{array}$ 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 av x, er lik, tilfelle 1: minus x if x er mindre enn 0. tilfelle 2: x if x er større enn eller er lik 0 11 $f\left(x\right)=\left\{\begin{array}{cc}-x& \text{if}x<0\\ x& \text{if}x\ge 0\end{array}$ 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 av x, er lik, tilfelle 1: minus x; if x er mindre enn 0. tilfelle 2: x; if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Case:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

 0 $f\left(x\right)=\left\{\begin{array}{c}-x\text{if}x<0\\ x\text{if}x\ge 0\end{array}$ 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 av x, er lik, tilfelle 1: minus x if x er mindre enn 0. tilfelle 2: x if x er større enn eller er lik 0 1 $\text{}\begin{array}{cc}f\left(x\right)=-x& \text{if}x<0\\ f\left(x\right)=x& \text{if}x\ge 0\end{array}$ 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 tilfelle 1: f av x, er lik minus x; if x er mindre enn 0. tilfelle 2: f av x, er lik x; if x er større enn eller er lik 0

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Equation:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ Equation 1: x plus y equals 7. Equation 2: 2 x, plus 3 y, equals 17 ligning 1: x pluss y er lik 7. ligning 2: 2 x, pluss 3 y, er lik 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Line:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ Line 1: x plus y equals 7. Line 2: 2 x, plus 3 y, equals 17 rad 1: x pluss y er lik 7. rad 2: 2 x, pluss 3 y, er lik 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Row:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

 0 $\begin{array}{c}x+y=7\\ 2x+3y=17\end{array}$ Row 1: x plus y equals 7. Row 2: 2 x, plus 3 y, equals 17 rad 1: x pluss y er lik 7. rad 2: 2 x, pluss 3 y, er lik 17

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Step:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

 0 $\begin{array}{c}3x+8=5x\\ 8=5x-3x\\ 8=2x\\ 4=x\end{array}$ 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 steg 1: 3 x, pluss 8 er lik 5 x. steg 2: 8 er lik 5 x, minus 3 x. steg 3: 8 er lik 2 x. steg 4: 4 er lik x 1 $\begin{array}{ccccccc}3x& +& 8& =& 5x& & \\ & & 8& =& 5x& -& 3x\\ & & 8& =& 2x& & \\ & & 4& =& x& & \end{array}$ 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 steg 1: 3 x; pluss; 8; er lik; 5 x; tom; tom. steg 2: tom; tom; 8; er lik; 5 x; minus; 3 x. steg 3: tom; tom; 8; er lik; 2 x; tom; tom. steg 4: tom; tom; 4; er lik; x; tom; tom

## Nynorsk Clearspeak MultiLineEntries rule tests. Locale: nn, Style: MultiLineLabel_Constraint:MultiLineOverview_None:MultiLinePausesBetweenColumns_Auto.

 0 $\begin{array}{l}x\ge 0\\ y\ge 0\\ 3x-5y\le 30\end{array}$ 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 betingelse 1: x er større enn eller er lik 0. betingelse 2: y er større enn eller er lik 0. betingelse 3: 3 x, minus 5 y, er mindre enn eller er lik 30

## Nynorsk Clearspeak NamedSets rule tests. Locale: nn, Style: Verbose.

 0 $ℝ$ the real numbers dei reelle tala 1 $\mathbb{R}$ the real numbers dei reelle tala 2 $ℂ$ the complex numbers dei komplekse tala 3 $\mathbb{C}$ the complex numbers dei komplekse tala 4 $ℤ$ the integers heiltala 5 $\mathbb{Z}$ the integers heiltala 6 $ℚ$ the rational numbers dei rasjonale tala 7 $\mathbb{Q}$ the rational numbers dei rasjonale tala 8 $ℕ$ the natural numbers dei naturlege tala 9 $\mathbb{N}$ the natural numbers dei naturlege tala 10 ${ℕ}_{0}$ the natural numbers with zero dei naturlege tala med null 11 ${\mathbb{N}}_{0}$ the natural numbers with zero dei naturlege tala med null 12 ${ℤ}^{+}$ the positive integers dei positive heiltala 13 ${\mathbb{Z}}^{+}$ the positive integers dei positive heiltala 14 ${ℤ}^{-}$ the negative integers dei negative heltala 15 ${\mathbb{Z}}^{-}$ the negative integers dei negative heltala 16 ${ℝ}^{2}$ r-two r-to 17 ${\mathbb{R}}^{2}$ r-two r-to 18 ${ℤ}^{3}$ z-three z-tre 19 ${\mathbb{Z}}^{3}$ z-three z-tre 20 ${ℂ}^{n}$ c-n c-n 21 ${\mathbb{C}}^{n}$ c-n c-n 22 ${ℝ}^{\infty }$ r-infinity r-uendeleg 23 ${\mathbb{R}}^{\infty }$ r-infinity r-uendeleg

## Nynorsk Clearspeak Parentheses rule tests. Locale: nn, Style: Paren_Auto.

 0 $\left(25\right)$ 25 25 1 $\left(2x\right)$ 2 x 2 x 2 $2+\left(-2\right)$ 2 plus negative 2 2 pluss minus 2 3 $2-\left(-2\right)$ 2 minus negative 2 2 minus minus 2 4 $2--2$ 2 minus negative 2 2 minus minus 2 5 $2-{\left(-2\right)}^{3}$ 2 minus, open paren, negative 2, close paren, cubed 2 minus, venstreparentes, minus 2, høgreparentes, kubikk 6 ${\left(2x\right)}^{2}$ open paren, 2 x, close paren, squared venstreparentes, 2 x, høgreparentes, kvadrat 7 ${\left(2x\right)}^{y+1}$ open paren, 2 x, close paren, raised to the y plus 1 power venstreparentes, 2 x, høgreparentes, heva til y pluss 1 8 $\left(-2x\right)$ negative 2 x minus 2 x 9 ${\left(-2x\right)}^{2}$ open paren, negative 2 x, close paren, squared venstreparentes, minus 2 x, høgreparentes, kvadrat 10 $-{\left(2x\right)}^{2}$ negative, open paren, 2 x, close paren, squared minus, venstreparentes, 2 x, høgreparentes, kvadrat 11 $\left(\frac{1}{2}\right)$ one half ein andre 12 $\left(\frac{3}{4}x\right)$ three fourths x tre fjerde x 13 $\left(\frac{11}{22}\right)$ open paren, 11 over 22, close paren venstreparentes, 11 delt på 22, høgreparentes 14 ${\left(\frac{1}{2}\right)}^{4}$ one half to the fourth power ein andre i fjerde potens 15 ${\left(\frac{11}{15}\right)}^{2}$ open paren, 11 over 15, close paren, squared venstreparentes, 11 delt på 15, høgreparentes, kvadrat

## Nynorsk Clearspeak Parentheses rule tests. Locale: nn, Style: Paren_Speak.

 0 $\left(25\right)$ open paren, 25, close paren venstreparentes, 25, høgreparentes 1 $\left(2x\right)$ open paren, 2 x, close paren venstreparentes, 2 x, høgreparentes 2 $2+\left(-2\right)$ 2 plus, open paren, negative 2, close paren 2 pluss, venstreparentes, minus 2, høgreparentes 3 $2-\left(-2\right)$ 2 minus, open paren, negative 2, close paren 2 minus, venstreparentes, minus 2, høgreparentes 4 $2-{\left(-2\right)}^{3}$ 2 minus, open paren, negative 2, close paren, cubed 2 minus, venstreparentes, minus 2, høgreparentes, kubikk 5 ${\left(2x\right)}^{2}$ open paren, 2 x, close paren, squared venstreparentes, 2 x, høgreparentes, kvadrat 6 ${\left(2x\right)}^{y+1}$ open paren, 2 x, close paren, raised to the y plus 1 power venstreparentes, 2 x, høgreparentes, heva til y pluss 1 7 $\left(-2x\right)$ open paren, negative 2 x, close paren venstreparentes, minus 2 x, høgreparentes 8 ${\left(-2x\right)}^{2}$ open paren, negative 2 x, close paren, squared venstreparentes, minus 2 x, høgreparentes, kvadrat 9 $-{\left(2x\right)}^{2}$ negative, open paren, 2 x, close paren, squared minus, venstreparentes, 2 x, høgreparentes, kvadrat 10 $\left(\frac{1}{2}\right)$ open paren, one half, close paren venstreparentes, ein andre, høgreparentes 11 $\left(\frac{3}{4}x\right)$ open paren, three fourths x, close paren venstreparentes, tre fjerde x, høgreparentes 12 $\left(\frac{11}{22}\right)$ open paren, 11 over 22, close paren venstreparentes, 11 delt på 22, høgreparentes 13 ${\left(\frac{1}{2}\right)}^{4}$ open paren, one half, close paren, to the fourth power venstreparentes, ein andre, høgreparentes, i fjerde potens 14 ${\left(\frac{11}{15}\right)}^{2}$ open paren, 11 over 15, close paren, squared venstreparentes, 11 delt på 15, høgreparentes, kvadrat

## Nynorsk Clearspeak Parentheses rule tests. Locale: nn, Style: Paren_CoordPoint.

 0 $\left(1,2\right)$ the point with coordinates 1 comma 2 punktet med koordinatar 1 komma 2 1 $\left(x,y\right)$ the point with coordinates x comma y punktet med koordinatar x komma y 2 $\left(1,2,3\right)$ the point with coordinates 1 comma 2 comma 3 punktet med koordinatar 1 komma 2 komma 3 3 $\left(x,y,z\right)$ the point with coordinates x comma y comma z punktet med koordinatar x komma y komma z 4 $\left(1,2,386\right)$ the point with coordinates 1 comma 2 comma 386 punktet med koordinatar 1 komma 2 komma 386

## Nynorsk Clearspeak Parentheses rule tests. Locale: nn, Style: Paren_Interval.

 0 $\left(a,\text{}b\right)$ the interval from a to b, not including a or b intervallet frå a til b, utan a eller b 1 $\left(0,\text{}1\right)$ the interval from 0 to 1, not including 0 or 1 intervallet frå 0 til 1, utan 0 eller 1 2 $\left[a,\text{}b\right)$ the interval from a to b, including a, but not including b intervallet frå a til b, inkludert a, men utan b 3 $\left[0,\text{}1\right)$ the interval from 0 to 1, including 0, but not including 1 intervallet frå 0 til 1, inkludert 0, men utan 1 4 $\left(a,\text{}b\right]$ the interval from a to b, not including a, but including b intervallet frå a til b, utan a, men inkludert b 5 $\left(0,\text{}1\right]$ the interval from 0 to 1, not including 0, but including 1 intervallet frå 0 til 1, utan 0, men inkludert 1 6 $\left[a,\text{}b\right]$ the interval from a to b, including a and b intervallet frå a til b, inkludert a og b 7 $\left[0,\text{}1\right]$ the interval from 0 to 1, including 0 and 1 intervallet frå 0 til 1, inkludert 0 og 1 8 $\left(-\infty ,\text{}b\right)$ the interval from negative infinity to b, not including b intervallet frå minus uendeleg til b, utan b 9 $\left(-\infty ,\text{}1\right)$ the interval from negative infinity to 1, not including 1 intervallet frå minus uendeleg til 1, utan 1 10 $\left(-\infty ,b\right]$ the interval from negative infinity to b, including b intervallet frå minus uendeleg til b, inkludert b 11 $\left(-\infty ,1\right]$ the interval from negative infinity to 1, including 1 intervallet frå minus uendeleg til 1, inkludert 1 12 $\left(a,\text{}\infty \right)$ the interval from a to infinity, not including a intervallet frå a til uendeleg, utan a 13 $\left(1,\text{}\infty \right)$ the interval from 1 to infinity, not including 1 intervallet frå 1 til uendeleg, utan 1 14 $\left[a,\infty \right)$ the interval from a to infinity, including a intervallet frå a til uendeleg, inkludert a 15 $\left[1,\infty \right)$ the interval from 1 to infinity, including 1 intervallet frå 1 til uendeleg, inkludert 1 16 $\left(-\infty ,\text{}\infty \right)$ the interval from negative infinity to infinity intervallet frå minus uendeleg til uendeleg 17 $\left(-\infty ,\text{}+\infty \right)$ the interval from negative infinity to positive infinity intervallet frå minus uendeleg til pluss uendeleg

## Nynorsk Clearspeak Parentheses rule tests. Locale: nn, Style: Paren_SpeakNestingLevel.

 0 $f\left(g\left(x\right)\right)$ f of, g of x f av, g av x 1 $f\left(g\left(x+1\right)\right)$ f of, open paren, g of, open paren, x plus 1, close paren, close paren f av, venstreparentes, g av, venstreparentes, x pluss 1, høgreparentes, høgreparentes 2 $6-\left[2-\left(3+5\right)\right]$ 6 minus, open bracket, 2 minus, open paren, 3 plus 5, close paren, close bracket 6 minus, venstre hakeparentes, 2 minus, venstreparentes, 3 pluss 5, høgreparentes, høgre hakeparentes 3 $6-\left(2-\left(3+5\right)\right)$ 6 minus, open paren, 2 minus, open second paren, 3 plus 5, close second paren, close paren 6 minus, venstreparentes, 2 minus, andre venstreparentes, 3 pluss 5, andre høgreparentes, høgreparentes 4 $4\left[x+3\left(2x+1\right)\right]$ 4 times, open bracket, x plus 3 times, open paren, 2 x, plus 1, close paren, close bracket 4 ganger, venstre hakeparentes, x pluss 3 ganger, venstreparentes, 2 x, pluss 1, høgreparentes, høgre hakeparentes 5 $4\left(x+3\left(2x+1\right)\right)$ 4 times, open paren, x plus 3 times, open second paren, 2 x, plus 1, close second paren, close paren 4 ganger, venstreparentes, x pluss 3 ganger, andre venstreparentes, 2 x, pluss 1, andre høgreparentes, høgreparentes 6 $1+\left(2+\left(3+7\right)-\left(2+8\right)\right)$ 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 pluss, venstreparentes, 2 pluss, andre venstreparentes, 3 pluss 7, andre høgreparentes, minus, andre venstreparentes, 2 pluss 8, andre høgreparentes, høgreparentes 7 $1+\left(2+\left(3-\left(4-5\right)\right)\right)$ 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 pluss, venstreparentes, 2 pluss, andre venstreparentes, 3 minus, tredje venstreparentes, 4 minus 5, tredje høgreparentes, andre høgreparentes, høgreparentes 8 $\left(\left(2+\left(3+4\right)+5\right)+6+\left(\left(7+\left(8+1\right)\right)+2\right)\right)$ 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 venstreparentes, andre venstreparentes, 2 pluss, tredje venstreparentes, 3 pluss 4, tredje høgreparentes, pluss 5, andre høgreparentes, pluss 6 pluss, andre venstreparentes, tredje venstreparentes, 7 pluss, fjerde venstreparentes, 8 pluss 1, fjerde høgreparentes, tredje høgreparentes, pluss 2, andre høgreparentes, høgreparentes

## Nynorsk Clearspeak Parentheses rule tests. Locale: nn, Style: Paren_Silent.

 0 $\left(25\right)$ 25 25 1 $\left(2x\right)$ 2 x 2 x 2 $2+\left(-2\right)$ 2 plus, negative 2 2 pluss, minus 2 3 $2-\left(-2\right)$ 2 minus, negative 2 2 minus, minus 2 4 $2-{\left(-2\right)}^{3}$ 2 minus, negative 2, cubed 2 minus, minus 2, kubikk 5 ${\left(2x\right)}^{2}$ 2 x, squared 2 x, kvadrat 6 ${\left(2x\right)}^{y+1}$ 2 x, raised to the y plus 1 power 2 x, heva til y pluss 1 7 $\left(-2x\right)$ negative 2 x minus 2 x 8 ${\left(-2x\right)}^{2}$ negative 2 x, squared minus 2 x, kvadrat 9 $-{\left(2x\right)}^{2}$ negative, 2 x, squared minus, 2 x, kvadrat 10 $\left(\frac{1}{2}\right)$ one half ein andre 11 $\left(\frac{3}{4}x\right)$ three fourths x tre fjerde x 12 $\left(\frac{11}{22}\right)$ 11 over 22 11 delt på 22 13 ${\left(\frac{1}{2}\right)}^{4}$ one half, to the fourth power ein andre, i fjerde potens 14 ${\left(\frac{11}{15}\right)}^{2}$ 11 over 15, squared 11 delt på 15, kvadrat

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: MultsymbolX_Auto.

 0 $6×8$ 6 times 8 6 gangeteikn 8 1 $m×n$ m times n m gangeteikn n 2 $3×3$ 3 times 3 3 gangeteikn 3

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: MultsymbolX_By.

 0 $6×8$ 6 by 8 6 gangeteikn 8 1 $m×n$ m by n m gangeteikn n 2 $3×3$ 3 by 3 3 gangeteikn 3

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: MultsymbolX_Cross.

 0 $u×v$ u cross v u gangeteikn v

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: MultsymbolDot_Auto.

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

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: MultsymbolDot_Dot.

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

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: TriangleSymbol_Auto.

 0 $\Delta ABC$ triangle A B C triangel A B C 1 $\Delta DEF$ triangle D E F triangel D E F

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: TriangleSymbol_Delta.

 0 $\Delta x$ Delta x triangel x 1 $f\left(x+\Delta x\right)$ f of, open paren, x plus Delta x, close paren f av, venstreparentes, x pluss triangel x, høgreparentes

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: Ellipses_Auto.

 0 $1,\text{}2,\text{}3,\text{}\dots$ 1 comma 2 comma 3 comma dot dot dot 1 komma 2 komma 3 komma prikk prikk prikk 1 $1,\text{}2,\text{}3,\text{}\dots \text{},20$ 1 comma 2 comma 3 comma dot dot dot comma 20 1 komma 2 komma 3 komma prikk prikk prikk komma 20 2 $\dots \text{},-2,\text{}-1,\text{}0,\text{}1,\text{}2,\text{}\dots$ dot dot dot comma, negative 2, comma, negative 1, comma 0 comma 1 comma 2 comma dot dot dot prikk prikk prikk komma, minus 2, komma, minus 1, komma 0 komma 1 komma 2 komma prikk prikk prikk

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: Ellipses_AndSoOn.

 0 $1,\text{}2,\text{}3,\text{}\dots$ 1 comma 2 comma 3 comma and so on 1 komma 2 komma 3 komma og så vidare 1 $1,\text{}2,\text{}3,\text{}\dots \text{},20$ 1 comma 2 comma 3 comma and so on up to comma 20 1 komma 2 komma 3 komma og så vidare til komma 20 2 $\dots \text{},-2,\text{}-1,\text{}0,\text{}1,\text{}2,\text{}\dots$ dot dot dot comma, negative 2, comma, negative 1, comma 0 comma 1 comma 2 comma dot dot dot prikk prikk prikk komma, minus 2, komma, minus 1, komma 0 komma 1 komma 2 komma prikk prikk prikk

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: VerticalLine_Auto.

 0 $3|6$ 3 divides 6 3 deler 6 1 $\left\{x|x>0\right\}$ the set of all x such that x is greater than 0 heile mengda x med x er større enn 0 2 $\left\{x||x|>2\right\}$ the set of all x such that, the absolute value of x, is greater than 2 heile mengda x med, den absolutte verdien av x, er større enn 2 3 $f\left(x\right){|}_{x=5}$ f of x, evaluated at x equals 5 f av x, evaluert for x er lik 5 4 ${x}^{2}+2x{|}_{x=2}$ x squared plus 2 x, evaluated at x equals 2 x kvadrat pluss 2 x, evaluert for x er lik 2 5 ${x}^{2}+x{|}_{0}^{1}$ x squared plus x, evaluated at 1, minus the same expression evaluated at 0 x kvadrat pluss x, evaluert for 1, minus det same uttrykket evaluert for 0

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: VerticalLine_SuchThat.

 0 $\left\{x|x>0\right\}$ the set of all x such that x is greater than 0 heile mengda x med x er større enn 0

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: VerticalLine_Divides.

 0 $3|6$ 3 divides 6 3 deler 6

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: VerticalLine_Given.

 0 $P\text{}\left(A|B\right)$ P of, open paren, A given B, close paren P av, venstreparentes, A gitt B, høgreparentes

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: SetMemberSymbol_Auto.

 0 $\text{If\hspace{0.17em}}x\in ℤ\text{\hspace{0.17em}then\hspace{0.17em}}2x\text{\hspace{0.17em}is an even number.}$ If x is a member of the integers then 2 x, is an even number period If x er eit element av heiltala then 2 x, is an even number punktum 1 $\left\{x\in ℤ|x>5\right\}$ the set of all x in the integers such that x is greater than 5 heile mengda x i heiltala med x er større enn 5 2 $3+2i\notin ℝ$ 3 plus 2 i, is not a member of the real numbers 3 pluss 2 I, er ikkje eit element av dei reelle tala

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: SetMemberSymbol_Member.

 0 $\text{If\hspace{0.17em}}x\in ℤ\text{\hspace{0.17em}then\hspace{0.17em}}2x\text{\hspace{0.17em}is an even number.}$ If x is a member of the integers then 2 x, is an even number period If x er eit element av heiltala then 2 x, is an even number punktum 1 $\left\{x\in ℤ|x>5\right\}$ the set of all x member of the integers such that x is greater than 5 heile mengda x medlem av heiltala med x er større enn 5 2 $3+2i\notin ℝ$ 3 plus 2 i, is not a member of the real numbers 3 pluss 2 I, er ikkje eit element av dei reelle tala

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: SetMemberSymbol_Element.

 0 $\text{If\hspace{0.17em}}x\in ℤ\text{\hspace{0.17em}then\hspace{0.17em}}2x\text{\hspace{0.17em}is an even number.}$ If x is an element of the integers then 2 x, is an even number period If x er eit element av heiltala then 2 x, is an even number punktum 1 $\left\{x\in ℤ|x>5\right\}$ the set of all x element of the integers such that x is greater than 5 heile mengda x medlem av heiltala med x er større enn 5 2 $3+2i\notin ℝ$ 3 plus 2 i, is not an element of the real numbers 3 pluss 2 I, er ikkje eit element av dei reelle tala

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: SetMemberSymbol_Belongs.

 0 $\text{If\hspace{0.17em}}x\in ℤ\text{\hspace{0.17em}then\hspace{0.17em}}2x\text{\hspace{0.17em}is an even number.}$ If x belongs to the integers then 2 x, is an even number period If x tilhøyrer heiltala then 2 x, is an even number punktum 1 $\left\{x\in ℤ|x>5\right\}$ the set of all x belonging to the integers such that x is greater than 5 heile mengda x tilhøyrande heiltala med x er større enn 5 2 $3+2i\notin ℝ$ 3 plus 2 i, does not belong to the real numbers 3 pluss 2 I, tilhører ikke dei reelle tala 3 $\text{If\hspace{0.17em}}x\in ℤ\text{\hspace{0.17em}then\hspace{0.17em}}2x\text{\hspace{0.17em}is an even number.}$ If x belongs to the integers then 2 x, is an even number period If x tilhøyrer heiltala then 2 x, is an even number punktum 4 $\left\{x\in ℤ|x>5\right\}$ the set of all x belonging to the integers such that x is greater than 5 heile mengda x tilhøyrande heiltala med x er større enn 5 5 $3+2i\notin ℝ$ 3 plus 2 i, does not belong to the real numbers 3 pluss 2 I, tilhører ikke dei reelle tala

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: Sets_woAll:SetMemberSymbol_Belongs.

 0 $\left\{x\in ℤ:2 the set of x belonging to the integers such that 2 is less than x is less than 7 mengda av x tilhøyrande heiltala med 2 er mindre enn x er mindre enn 7

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: Sets_woAll:SetMemberSymbol_Member.

 0 $\left\{x\in ℤ|x>5\right\}$ the set of x member of the integers such that x is greater than 5 mengda av x medlem av heiltala med x er større enn 5

## Nynorsk Clearspeak Part2Symbols rule tests. Locale: nn, Style: Verbose.

 0 $\sum _{n=1}^{10}n$ the sum from n equals 1 to 10 of n sum frå n er lik 1 til 10 over n 1 $\sum _{n=1}^{\infty }n$ the sum from n equals 1 to infinity of n sum frå n er lik 1 til uendeleg over n 2 $\sum _{i\in {ℤ}^{+}}i$ the sum over i is a member of the positive integers, of i sum over I er eit element av dei positive heiltala, over I 3 $\sum _{S}i$ the sum over S, of i sum over S, over I 4 $\sum {a}_{i}$ the sum of, a sub i sum over, a indeks I 5 $\prod _{i=1}^{10}i$ the product from i equals 1 to 10 of i produkt frå I er lik 1 til 10 over 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 produkt over I er eit element av dei positive heiltala, over, brøk med tellar I, og nemnar I pluss 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 produkt over dei positive heiltala, over, brøk med tellar I, og nemnar I pluss 1 8 $\prod {a}_{i}$ the product of, a sub i produkt over, a indeks I 9 $\underset{i=1}{\overset{10}{\cap }}{S}_{i}$ the intersection from i equals 1 to 10 of, S sub i kryss frå I er lik 1 til 10 av, S indeks I 10 $\underset{i=1}{\overset{10}{\cup }}{S}_{i}$ the union from i equals 1 to 10 of, S sub i union frå I er lik 1 til 10 av, S indeks I 11 $\cap {S}_{i}$ the intersection of, S sub i kryss av, S indeks I 12 $\cup {S}_{i}$ the union of, S sub i union av, S indeks I 13 $\underset{C}{\cap }{S}_{i}$ the intersection over C, of, S sub i kryss over C, av, S indeks I 14 $\underset{C}{\cup }{S}_{i}$ the union over C, of, S sub i union over C, av, S indeks I 15 $\int f\left(x\right)\text{}dx$ the integral of f of x, d x integral over f av x, d x 16 ${\int }_{0}^{1}f\left(x\right)\text{}dx$ the integral from 0 to 1 of f of x, d x integral frå 0 til 1 over f av x, d x 17 $\underset{ℝ}{\int }f\left(x\right)\text{}dx$ the integral over the real numbers, of f of x, d x integral over dei reelle tala, over f av x, d x

## Nynorsk Clearspeak Part3Adornments rule tests. Locale: nn, Style: Prime_Auto.

 0 ${A}^{\prime }{B}^{\prime }$ A prime, B prime A prim, B prim 1 ${A}^{″}{B}^{″}$ A double prime, B double prime A dobbel prim, B dobbel prim 2 ${A}^{‴}{B}^{‴}$ A triple prime, B triple prime A trippel prim, B trippel prim 3 ${f}^{\prime }\left(x\right)$ f prime of x f prim av x 4 ${f}^{″}\left(x\right)$ f double prime of x f dobbel prim av x 5 ${f}^{‴}\left(x\right)$ f triple prime of x f trippel prim av x 6 ${1}^{\prime }$ 1 foot 1 fot 7 ${2}^{\prime }$ 2 feet 2 fot 8 ${1}^{″}$ 1 inch 1 in 9 ${2}^{″}$ 2 inches 2 in 10 ${16}^{\prime }{10}^{″}$ 16 feet, 10 inches 16 fot, 10 in 11 $45°{10}^{\prime }$ 45 degrees, 10 minutes 45 grader, 10 minutter 12 $x°{y}^{\prime }$ x degrees, y minutes x grader, y minutter 13 $45°{10}^{\prime }{25}^{″}$ 45 degrees, 10 minutes, 25 seconds 45 grader, 10 minutter, 25 sekunder 14 $x°{y}^{\prime }{z}^{″}$ x degrees, y minutes, z seconds x grader, y minutter, z sekunder

## Nynorsk Clearspeak Part3Adornments rule tests. Locale: nn, Style: Prime_Angle.

 0 ${1}^{\prime }$ 1 minute 1 minutt 1 ${x}^{\prime }$ x minutes x minutter 2 ${2}^{\prime }$ 2 minutes 2 minutter 3 ${1}^{″}$ 1 second 1 sekund 4 ${x}^{″}$ x seconds x sekunder 5 ${2}^{″}$ 2 seconds 2 sekunder 6 ${16}^{\prime }{10}^{″}$ 16 minutes, 10 seconds 16 minutter, 10 sekunder 7 ${x}^{\prime }{y}^{″}$ x minutes, y seconds x minutter, y sekunder 8 $45°{10}^{\prime }$ 45 degrees, 10 minutes 45 grader, 10 minutter 9 $45°{10}^{\prime }{25}^{″}$ 45 degrees, 10 minutes, 25 seconds 45 grader, 10 minutter, 25 sekunder 10 ${A}^{\prime }{B}^{\prime }$ A prime, B prime A prim, B prim 11 ${A}^{″}{B}^{″}$ A double prime, B double prime A dobbel prim, B dobbel prim 12 ${A}^{‴}{B}^{‴}$ A triple prime, B triple prime A trippel prim, B trippel prim 13 ${f}^{\prime }\left(x\right)$ f prime of x f prim av x 14 ${f}^{″}\left(x\right)$ f double prime of x f dobbel prim av x 15 ${f}^{‴}\left(x\right)$ f triple prime of x f trippel prim av x

## Nynorsk Clearspeak Part3Adornments rule tests. Locale: nn, Style: Prime_Length.

 0 ${1}^{\prime }$ 1 foot 1 fot 1 ${x}^{\prime }$ x feet x fot 2 ${2}^{\prime }$ 2 feet 2 fot 3 ${1}^{″}$ 1 inch 1 in 4 ${x}^{″}$ x inches x in 5 ${2}^{″}$ 2 inches 2 in 6 ${16}^{\prime }{10}^{″}$ 16 feet, 10 inches 16 fot, 10 in 7 ${x}^{\prime }{y}^{″}$ x feet, y inches x fot, y in 8 $45°{10}^{\prime }$ 45 degrees, 10 minutes 45 grader, 10 minutter 9 $45°{10}^{\prime }{25}^{″}$ 45 degrees, 10 minutes, 25 seconds 45 grader, 10 minutter, 25 sekunder 10 ${A}^{\prime }{B}^{\prime }$ A prime, B prime A prim, B prim 11 ${A}^{″}{B}^{″}$ A double prime, B double prime A dobbel prim, B dobbel prim 12 ${A}^{‴}{B}^{‴}$ A triple prime, B triple prime A trippel prim, B trippel prim 13 ${f}^{\prime }\left(x\right)$ f prime of x f prim av x 14 ${f}^{″}\left(x\right)$ f double prime of x f dobbel prim av x 15 ${f}^{‴}\left(x\right)$ f triple prime of x f trippel prim av x

## Nynorsk Clearspeak Part3Adornments rule tests. Locale: nn, 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

## Nynorsk Clearspeak Part3Adornments rule tests. Locale: nn, Style: CombinationPermutation_ChoosePermute.

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

## Nynorsk Clearspeak Part3Adornments rule tests. Locale: nn, Style: Bar_Auto.

 0 $\overline{f}$ f bar f strek 1 $\overline{f}\left(x\right)$ f bar of x f strek av x 2 $\overline{{f}_{1}}$ f sub 1, bar f indeks 1, strek 3 $\overline{{f}_{1}}\left(x\right)$ f sub 1, bar of x f indeks 1, strek av x 4 $\overline{z}$ z bar z strek 5 $0.\overline{3}$ the repeating decimal 0 point followed by repeating digit 3 desimalbrøk 0 komma etterfølgt av gjentatt siffer 3 6 $0.\overline{12}$ the repeating decimal 0 point followed by repeating digits 1 2 desimalbrøk 0 komma etterfølgt av gjentatte siffer 1 2 7 $2.\overline{134}$ the repeating decimal 2 point followed by repeating digits 1 3 4 desimalbrøk 2 komma etterfølgt av gjentatte siffer 1 3 4 8 $.13\overline{467}$ the repeating decimal point 1 3 followed by repeating digits 4 6 7 desimalbrøk komma 1 3 etterfølgt av gjentatte siffer 4 6 7 9 $25.12\overline{632}$ the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2 desimalbrøk 2 5 komma 1 2 etterfølgt av gjentatte siffer 6 3 2 10 $z\text{}\overline{z}$ z, z bar z, z strek 11 $\overline{CD}$ the line segment C D linjestykket C D 12 $\overline{{C}^{\prime }{D}^{\prime }}$ the line segment C prime D prime linjestykket C prim D prim 13 $\overline{{C}^{″}{D}^{″}}$ the line segment C double prime D double prime linjestykket C dobbel prim D dobbel prim 14 $\overline{{C}^{‴}{D}^{‴}}$ the line segment C triple prime D triple prime linjestykket C trippel prim D trippel prim 15 $\stackrel{\text{def}}{=}$ is defined to be er definert som 16 $\left(f\circ g\right)\left(x\right)\stackrel{\text{def}}{=}f\left(g\left(x\right)\right)$ open paren, f composed with g, close paren, of x, is defined to be, f of, g of x venstreparentes, f grad g, høgreparentes, av x, er definert som, f av, g av x 17 $\stackrel{?}{=}$ equals sign with question mark over it er lik teikn med spørsmålsteikn over 18 $x+2\stackrel{?}{=}4$ x plus 2 equals sign with question mark over it 4 x pluss 2 er lik teikn med spørsmålsteikn over 4

## Nynorsk Clearspeak Part3Adornments rule tests. Locale: nn, Style: Bar_Conjugate.

 0 $\overline{z}$ the complex conjugate of z komplekskonjugatet til z 1 $z\text{}\overline{z}$ z, the complex conjugate of z z, komplekskonjugatet til z 2 $\overline{3-2i}=3+2i$ the complex conjugate of 3 minus 2 i, equals 3 plus 2 i komplekskonjugatet til 3 minus 2 I, er lik 3 pluss 2 I 3 $0.\overline{3}$ the repeating decimal 0 point followed by repeating digit 3 desimalbrøk 0 komma etterfølgt av gjentatt siffer 3 4 $0.\overline{12}$ the repeating decimal 0 point followed by repeating digits 1 2 desimalbrøk 0 komma etterfølgt av gjentatte siffer 1 2 5 $2.\overline{134}$ the repeating decimal 2 point followed by repeating digits 1 3 4 desimalbrøk 2 komma etterfølgt av gjentatte siffer 1 3 4 6 $.13\overline{467}$ the repeating decimal point 1 3 followed by repeating digits 4 6 7 desimalbrøk komma 1 3 etterfølgt av gjentatte siffer 4 6 7 7 $25.12\overline{632}$ the repeating decimal 2 5 point 1 2 followed by repeating digits 6 3 2 desimalbrøk 2 5 komma 1 2 etterfølgt av gjentatte siffer 6 3 2

## Nynorsk Clearspeak Roots rule tests. Locale: nn, Style: Roots_Auto.

 0 $\sqrt{2}$ the square root of 2 kvadratrota av 2 1 $3+\sqrt{2}$ 3 plus the square root of 2 3 pluss kvadratrota av 2 2 $3±\sqrt{2}$ 3 plus or minus the square root of 2 3 pluss minus kvadratrota av 2 3 $3\mp \sqrt{2}$ 3 minus or plus the square root of 2 3 minus pluss kvadratrota av 2 4 $-\sqrt{2}$ the negative square root of 2 den negative kvadratrota av 2 5 $3-\sqrt{2}$ 3 minus the square root of 2 3 minus kvadratrota av 2 6 $3+-\sqrt{2}$ 3 plus the negative square root of 2 3 pluss den negative kvadratrota av 2 7 $3--\sqrt{2}$ 3 minus the negative square root of 2 3 minus den negative kvadratrota av 2 8 $3+\left(-\sqrt{2}\right)$ 3 plus, open paren, the negative square root of 2, close paren 3 pluss, venstreparentes, den negative kvadratrota av 2, høgreparentes 9 $3-\left(-\sqrt{2}\right)$ 3 minus, open paren, the negative square root of 2, close paren 3 minus, venstreparentes, den negative kvadratrota av 2, høgreparentes 10 $\sqrt{x+1}$ the square root of x plus 1 kvadratrota av x pluss 1 11 $\sqrt{x}+1$ the square root of x, plus 1 kvadratrota av x, pluss 1 12 $-\sqrt{x}$ the negative square root of x den negative kvadratrota av x 13 ${\left(\sqrt{x}\right)}^{2}$ open paren, the square root of x, close paren, squared venstreparentes, kvadratrota av x, høgreparentes, kvadrat 14 $-{\left(\sqrt{x}\right)}^{2}$ negative, open paren, the square root of x, close paren, squared minus, venstreparentes, kvadratrota av x, høgreparentes, kvadrat 15 ${\sqrt{x}}^{2}$ the square root of x, squared kvadratrota av x, kvadrat 16 $\sqrt{{x}^{2}}$ the square root of x squared kvadratrota av x kvadrat 17 $\sqrt{{x}^{2}+{y}^{2}}$ the square root of x squared plus y squared kvadratrota av x kvadrat pluss y kvadrat 18 $\sqrt{{x}_{1}{}^{2}+{x}_{2}{}^{2}}$ the square root of, x sub 1, squared plus, x sub 2, squared kvadratrota av, x indeks 1, kvadrat pluss, x indeks 2, kvadrat 19 $\sqrt{{\left({x}_{2}-{x}_{1}\right)}^{2}+{\left({y}_{2}-{y}_{1}\right)}^{2}}$ 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 kvadratrota av, venstreparentes, x indeks 2, minus, x indeks 1, høgreparentes, kvadrat pluss, venstreparentes, y indeks 2, minus, y indeks 1, høgreparentes, kvadrat 20 $\sqrt{\frac{1}{2}}$ the square root of one half kvadratrota av ein andre 21 $\sqrt{\frac{23}{66}}$ the square root of, 23 over 66 kvadratrota av, 23 delt på 66 22 $\sqrt{\frac{x+1}{2x+5}}$ the square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5 kvadratrota av, brøk med tellar x pluss 1, og nemnar 2 x, pluss 5 23 $\frac{-b±\sqrt{{b}^{2}-4ac}}{2a}$ the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c, and denominator 2 a brøk med tellar minus b pluss minus kvadratrota av b kvadrat minus 4 a c, og nemnar 2 a 24 $\sqrt[3]{y}$ the cube root of y kubikkrota av y 25 $\sqrt[4]{n}$ the fourth root of n fjerde rota av n 26 $\sqrt[5]{35}$ the fifth root of 35 femte rota av 35 27 $\sqrt[9]{146}$ the ninth root of 146 niande rota av 146 28 $\sqrt[n]{d}$ the n-th root of d n-te rota av d 29 $\sqrt[m]{243}$ the m-th root of 243 m-te rota av 243 30 $\sqrt[i]{{2}^{i}}$ the i-th root of 2 to the i-th power I-te rota av 2 i I-te potens 31 $\sqrt[j]{125}$ the j-th root of 125 j-te rota av 125 32 $-\sqrt[3]{y}$ negative the cube root of y minus kubikkrota av y 33 $-\sqrt[4]{n}$ negative the fourth root of n minus fjerde rota av n

## Nynorsk Clearspeak Roots rule tests. Locale: nn, Style: Roots_PosNegSqRoot.

 0 $\sqrt{2}$ the positive square root of 2 den positive kvadratrota av 2 1 $3+\sqrt{2}$ 3 plus the positive square root of 2 3 pluss den positive kvadratrota av 2 2 $3±\sqrt{2}$ 3 plus or minus the square root of 2 3 pluss minus kvadratrota av 2 3 $3\mp \sqrt{2}$ 3 minus or plus the square root of 2 3 minus pluss kvadratrota av 2 4 $-\sqrt{2}$ the negative square root of 2 den negative kvadratrota av 2 5 $3-\sqrt{2}$ 3 minus the positive square root of 2 3 minus den positive kvadratrota av 2 6 $3+-\sqrt{2}$ 3 plus the negative square root of 2 3 pluss den negative kvadratrota av 2 7 $3--\sqrt{2}$ 3 minus the negative square root of 2 3 minus den negative kvadratrota av 2 8 $3+\left(-\sqrt{2}\right)$ 3 plus, open paren, the negative square root of 2, close paren 3 pluss, venstreparentes, den negative kvadratrota av 2, høgreparentes 9 $3-\left(-\sqrt{2}\right)$ 3 minus, open paren, the negative square root of 2, close paren 3 minus, venstreparentes, den negative kvadratrota av 2, høgreparentes 10 $\sqrt{x+1}$ the positive square root of x plus 1 den positive kvadratrota av x pluss 1 11 $\sqrt{x}+1$ the positive square root of x, plus 1 den positive kvadratrota av x, pluss 1 12 $-\sqrt{x}$ the negative square root of x den negative kvadratrota av x 13 ${\left(\sqrt{x}\right)}^{2}$ open paren, the positive square root of x, close paren, squared venstreparentes, den positive kvadratrota av x, høgreparentes, kvadrat 14 ${\left(-\sqrt{x}\right)}^{2}$ open paren, the negative square root of x, close paren, squared venstreparentes, den negative kvadratrota av x, høgreparentes, kvadrat 15 $-{\left(\sqrt{x}\right)}^{2}$ negative, open paren, the positive square root of x, close paren, squared minus, venstreparentes, den positive kvadratrota av x, høgreparentes, kvadrat 16 ${\sqrt{x}}^{2}$ the positive square root of x, squared den positive kvadratrota av x, kvadrat 17 $\sqrt{{x}^{2}}$ the positive square root of x squared den positive kvadratrota av x kvadrat 18 $\sqrt{{x}^{2}+{y}^{2}}$ the positive square root of x squared plus y squared den positive kvadratrota av x kvadrat pluss y kvadrat 19 $\sqrt{{x}_{1}{}^{2}+{x}_{2}{}^{2}}$ the positive square root of, x sub 1, squared plus, x sub 2, squared den positive kvadratrota av, x indeks 1, kvadrat pluss, x indeks 2, kvadrat 20 $\sqrt{{\left({x}_{2}-{x}_{1}\right)}^{2}+{\left({y}_{2}-{y}_{1}\right)}^{2}}$ 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 den positive kvadratrota av, venstreparentes, x indeks 2, minus, x indeks 1, høgreparentes, kvadrat pluss, venstreparentes, y indeks 2, minus, y indeks 1, høgreparentes, kvadrat 21 $\sqrt{\frac{1}{2}}$ the positive square root of one half den positive kvadratrota av ein andre 22 $\sqrt{\frac{23}{66}}$ the positive square root of, 23 over 66 den positive kvadratrota av, 23 delt på 66 23 $\sqrt{\frac{x+1}{2x+5}}$ the positive square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5 den positive kvadratrota av, brøk med tellar x pluss 1, og nemnar 2 x, pluss 5 24 $\frac{-b±\sqrt{{b}^{2}-4ac}}{2a}$ the fraction with numerator negative b plus or minus the square root of b squared minus 4 a c, and denominator 2 a brøk med tellar minus b pluss minus kvadratrota av b kvadrat minus 4 a c, og nemnar 2 a 25 $\sqrt[3]{y}$ the cube root of y kubikkrota av y 26 $\sqrt[4]{n}$ the fourth root of n fjerde rota av n 27 $\sqrt[5]{35}$ the fifth root of 35 femte rota av 35 28 $\sqrt[9]{146}$ the ninth root of 146 niande rota av 146 29 $\sqrt[n]{d}$ the n-th root of d n-te rota av d 30 $\sqrt[m]{243}$ the m-th root of 243 m-te rota av 243 31 $\sqrt[i]{{2}^{i}}$ the i-th root of 2 to the i-th power I-te rota av 2 i I-te potens 32 $\sqrt[j]{125}$ the j-th root of 125 j-te rota av 125 33 $-\sqrt[3]{y}$ negative the cube root of y minus kubikkrota av y 34 $-\sqrt[4]{n}$ negative the fourth root of n minus fjerde rota av n

## Nynorsk Clearspeak Roots rule tests. Locale: nn, Style: Roots_RootEnd.

 0 $\sqrt{2}$ the square root of 2, end root kvadratrota av 2, slutt rot 1 $3+\sqrt{2}$ 3 plus the square root of 2, end root 3 pluss kvadratrota av 2, slutt rot 2 $3±\sqrt{2}$ 3 plus or minus the square root of 2, end root 3 pluss minus kvadratrota av 2, slutt rot 3 $3\mp \sqrt{2}$ 3 minus or plus the square root of 2, end root 3 minus pluss kvadratrota av 2, slutt rot 4 $-\sqrt{2}$ the negative square root of 2, end root den negative kvadratrota av 2, slutt rot 5 $3-\sqrt{2}$ 3 minus the square root of 2, end root 3 minus kvadratrota av 2, slutt rot 6 $3+-\sqrt{2}$ 3 plus the negative square root of 2, end root 3 pluss den negative kvadratrota av 2, slutt rot 7 $3--\sqrt{2}$ 3 minus the negative square root of 2, end root 3 minus den negative kvadratrota av 2, slutt rot 8 $3+\left(-\sqrt{2}\right)$ 3 plus, open paren, the negative square root of 2, end root, close paren 3 pluss, venstreparentes, den negative kvadratrota av 2, slutt rot, høgreparentes 9 $3-\left(-\sqrt{2}\right)$ 3 minus, open paren, the negative square root of 2, end root, close paren 3 minus, venstreparentes, den negative kvadratrota av 2, slutt rot, høgreparentes 10 $\sqrt{x+1}$ the square root of x plus 1, end root kvadratrota av x pluss 1, slutt rot 11 $\sqrt{x}+1$ the square root of x, end root, plus 1 kvadratrota av x, slutt rot, pluss 1 12 $-\sqrt{x}$ the negative square root of x, end root den negative kvadratrota av x, slutt rot 13 ${\left(\sqrt{x}\right)}^{2}$ open paren, the square root of x, end root, close paren, squared venstreparentes, kvadratrota av x, slutt rot, høgreparentes, kvadrat 14 $-{\left(\sqrt{x}\right)}^{2}$ negative, open paren, the square root of x, end root, close paren, squared minus, venstreparentes, kvadratrota av x, slutt rot, høgreparentes, kvadrat 15 ${\sqrt{x}}^{2}$ the square root of x, end root, squared kvadratrota av x, slutt rot, kvadrat 16 $\sqrt{{x}^{2}}$ the square root of x squared, end root kvadratrota av x kvadrat, slutt rot 17 $\sqrt{{x}^{2}+{y}^{2}}$ the square root of x squared plus y squared, end root kvadratrota av x kvadrat pluss y kvadrat, slutt rot 18 $\sqrt{{x}_{1}{}^{2}+{x}_{2}{}^{2}}$ the square root of, x sub 1, squared plus, x sub 2, squared, end root kvadratrota av, x indeks 1, kvadrat pluss, x indeks 2, kvadrat, slutt rot 19 $\sqrt{{\left({x}_{2}-{x}_{1}\right)}^{2}+{\left({y}_{2}-{y}_{1}\right)}^{2}}$ 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 kvadratrota av, venstreparentes, x indeks 2, minus, x indeks 1, høgreparentes, kvadrat pluss, venstreparentes, y indeks 2, minus, y indeks 1, høgreparentes, kvadrat, slutt rot 20 $\sqrt{\frac{1}{2}}$ the square root of one half, end root kvadratrota av ein andre, slutt rot 21 $\sqrt{\frac{23}{66}}$ the square root of, 23 over 66, end root kvadratrota av, 23 delt på 66, slutt rot 22 $\sqrt{\frac{x+1}{2x+5}}$ the square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5, end root kvadratrota av, brøk med tellar x pluss 1, og nemnar 2 x, pluss 5, slutt rot 23 $\frac{-b±\sqrt{{b}^{2}-4ac}}{2a}$ 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 brøk med tellar minus b pluss minus kvadratrota av b kvadrat minus 4 a c, slutt rot, og nemnar 2 a 24 $\sqrt[3]{y}$ the cube root of y, end root kubikkrota av y, slutt rot 25 $\sqrt[4]{n}$ the fourth root of n, end root fjerde rota av n, slutt rot 26 $\sqrt[5]{35}$ the fifth root of 35, end root femte rota av 35, slutt rot 27 $\sqrt[9]{146}$ the ninth root of 146, end root niande rota av 146, slutt rot 28 $\sqrt[n]{d}$ the n-th root of d, end root n-te rota av d, slutt rot 29 $\sqrt[m]{243}$ the m-th root of 243, end root m-te rota av 243, slutt rot 30 $\sqrt[i]{{2}^{i}}$ the i-th root of 2 to the i-th power, end root I-te rota av 2 i I-te potens, slutt rot 31 $\sqrt[j]{125}$ the j-th root of 125, end root j-te rota av 125, slutt rot 32 $-\sqrt[3]{y}$ negative the cube root of y, end root minus kubikkrota av y, slutt rot 33 $-\sqrt[4]{n}$ negative the fourth root of n, end root minus fjerde rota av n, slutt rot

## Nynorsk Clearspeak Roots rule tests. Locale: nn, Style: Roots_PosNegSqRootEnd.

 0 $\sqrt{2}$ the positive square root of 2, end root den positive kvadratrota av 2, slutt rot 1 $3+\sqrt{2}$ 3 plus the positive square root of 2, end root 3 pluss den positive kvadratrota av 2, slutt rot 2 $3±\sqrt{2}$ 3 plus or minus the square root of 2, end root 3 pluss minus kvadratrota av 2, slutt rot 3 $3\mp \sqrt{2}$ 3 minus or plus the square root of 2, end root 3 minus pluss kvadratrota av 2, slutt rot 4 $-\sqrt{2}$ the negative square root of 2, end root den negative kvadratrota av 2, slutt rot 5 $3-\sqrt{2}$ 3 minus the positive square root of 2, end root 3 minus den positive kvadratrota av 2, slutt rot 6 $3+-\sqrt{2}$ 3 plus the negative square root of 2, end root 3 pluss den negative kvadratrota av 2, slutt rot 7 $3--\sqrt{2}$ 3 minus the negative square root of 2, end root 3 minus den negative kvadratrota av 2, slutt rot 8 $3+\left(-\sqrt{2}\right)$ 3 plus, open paren, the negative square root of 2, end root, close paren 3 pluss, venstreparentes, den negative kvadratrota av 2, slutt rot, høgreparentes 9 $3-\left(-\sqrt{2}\right)$ 3 minus, open paren, the negative square root of 2, end root, close paren 3 minus, venstreparentes, den negative kvadratrota av 2, slutt rot, høgreparentes 10 $\sqrt{x+1}$ the positive square root of x plus 1, end root den positive kvadratrota av x pluss 1, slutt rot 11 $\sqrt{x}+1$ the positive square root of x, end root, plus 1 den positive kvadratrota av x, slutt rot, pluss 1 12 $-\sqrt{x}$ the negative square root of x, end root den negative kvadratrota av x, slutt rot 13 ${\left(\sqrt{x}\right)}^{2}$ open paren, the positive square root of x, end root, close paren, squared venstreparentes, den positive kvadratrota av x, slutt rot, høgreparentes, kvadrat 14 ${\left(-\sqrt{x}\right)}^{2}$ open paren, the negative square root of x, end root, close paren, squared venstreparentes, den negative kvadratrota av x, slutt rot, høgreparentes, kvadrat 15 ${\sqrt{x}}^{2}$ the positive square root of x, end root, squared den positive kvadratrota av x, slutt rot, kvadrat 16 $\sqrt{{x}^{2}}$ the positive square root of x squared, end root den positive kvadratrota av x kvadrat, slutt rot 17 $\sqrt{{x}^{2}+{y}^{2}}$ the positive square root of x squared plus y squared, end root den positive kvadratrota av x kvadrat pluss y kvadrat, slutt rot 18 $\sqrt{{x}_{1}{}^{2}+{x}_{2}{}^{2}}$ the positive square root of, x sub 1, squared plus, x sub 2, squared, end root den positive kvadratrota av, x indeks 1, kvadrat pluss, x indeks 2, kvadrat, slutt rot 19 $\sqrt{{\left({x}_{2}-{x}_{1}\right)}^{2}+{\left({y}_{2}-{y}_{1}\right)}^{2}}$ 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 den positive kvadratrota av, venstreparentes, x indeks 2, minus, x indeks 1, høgreparentes, kvadrat pluss, venstreparentes, y indeks 2, minus, y indeks 1, høgreparentes, kvadrat, slutt rot 20 $\sqrt{\frac{1}{2}}$ the positive square root of one half, end root den positive kvadratrota av ein andre, slutt rot 21 $\sqrt{\frac{23}{66}}$ the positive square root of, 23 over 66, end root den positive kvadratrota av, 23 delt på 66, slutt rot 22 $\sqrt{\frac{x+1}{2x+5}}$ the positive square root of, the fraction with numerator x plus 1, and denominator 2 x, plus 5, end root den positive kvadratrota av, brøk med tellar x pluss 1, og nemnar 2 x, pluss 5, slutt rot 23 $\frac{-b±\sqrt{{b}^{2}-4ac}}{2a}$ 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 brøk med tellar minus b pluss minus kvadratrota av b kvadrat minus 4 a c, slutt rot, og nemnar 2 a 24 $\sqrt[3]{y}$ the cube root of y, end root kubikkrota av y, slutt rot 25 $\sqrt[4]{n}$ the fourth root of n, end root fjerde rota av n, slutt rot 26 $\sqrt[5]{35}$ the fifth root of 35, end root femte rota av 35, slutt rot 27 $\sqrt[9]{146}$ the ninth root of 146, end root niande rota av 146, slutt rot 28 $\sqrt[n]{d}$ the n-th root of d, end root n-te rota av d, slutt rot 29 $\sqrt[m]{243}$ the m-th root of 243, end root m-te rota av 243, slutt rot 30 $\sqrt[i]{{2}^{i}}$ the i-th root of 2 to the i-th power, end root I-te rota av 2 i I-te potens, slutt rot 31 $\sqrt[j]{125}$ the j-th root of 125, end root j-te rota av 125, slutt rot 32 $-\sqrt[3]{y}$ negative the cube root of y, end root minus kubikkrota av y, slutt rot 33 $-\sqrt[4]{n}$ negative the fourth root of n, end root minus fjerde rota av n, slutt rot

## Nynorsk Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: nn, Style: Sets_Auto.

 0 $\left\{x\in ℤ|2 the set of all x in the integers such that 2 is less than x is less than 7 heile mengda x i heiltala med 2 er mindre enn x er mindre enn 7 1 $\left\{x||x|>2\right\}$ the set of all x such that, the absolute value of x, is greater than 2 heile mengda x med, den absolutte verdien av x, er større enn 2 2 $\left\{x\in ℤ:2 the set of all x in the integers such that 2 is less than x is less than 7 heile mengda x i heiltala med 2 er mindre enn x er mindre enn 7 3 the set of all x in the natural numbers such that x is an even number heile mengda x i dei naturlege tala med x is an even number 4 $\left\{1,\text{}2,\text{}\text{}3\right\}$ the set 1 comma 2 comma 3 mengda 1 komma 2 komma 3 5 $\left\{1,112,\text{}1,253\right\}$ the set 1 comma 112 comma 1 comma 253 mengda 1 komma 112 komma 1 komma 253

## Nynorsk Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: nn, Style: Sets_woAll.

 0 $\left\{x\in ℤ|2 the set of x in the integers such that 2 is less than x is less than 7 mengda av x i heiltala med 2 er mindre enn x er mindre enn 7 1 $\left\{x||x|>2\right\}$ the set of x such that, the absolute value of x, is greater than 2 mengda av x med, den absolutte verdien av x, er større enn 2 2 $\left\{x\in ℤ:2 the set of x in the integers such that 2 is less than x is less than 7 mengda av x i heiltala med 2 er mindre enn x er mindre enn 7 3 $\left\{1,\text{}2,\text{}\text{}3\right\}$ the set 1 comma 2 comma 3 mengda 1 komma 2 komma 3 4 $\left\{1,\text{}112,\text{}1,\text{}253\right\}$ the set 1 comma 112 comma 1 comma 253 mengda 1 komma 112 komma 1 komma 253

## Nynorsk Clearspeak SetsEnclosedInSetBrackets rule tests. Locale: nn, Style: Sets_SilentBracket.

 0 $\left\{x\in ℤ|2 the set of all x in the integers such that 2 is less than x is less than 7 heile mengda x i heiltala med 2 er mindre enn x er mindre enn 7 1 $\left\{x||x|>2\right\}$ the set of all x such that, the absolute value of x, is greater than 2 heile mengda x med, den absolutte verdien av x, er større enn 2 2 $\left\{x\in ℤ:2 the set of all x in the integers such that 2 is less than x is less than 7 heile mengda x i heiltala med 2 er mindre enn x er mindre enn 7 3 the set of all x in the natural numbers such that x is an even number heile mengda x i dei naturlege tala med x is an even number 4 $\left\{1,\text{}2,\text{}\text{}3\right\}$ 1 comma 2 comma 3 1 komma 2 komma 3 5 $\left\{1,\text{}112,\text{}1,\text{}253\right\}$ 1 comma 112 comma 1 comma 253 1 komma 112 komma 1 komma 253

## Nynorsk Clearspeak Trigometry rule tests. Locale: nn, Style: Trig_Auto.

 0 $\mathrm{sin}x$ sine x sinus x 1 $\mathrm{cos}x$ cosine x cosinus x 2 $\mathrm{tan}\theta$ tangent theta tangens theta 3 $\mathrm{sec}\theta$ secant theta secans theta 4 $\mathrm{csc}x$ cosecant x cosecans x 5 $\mathrm{cot}x$ cotangent x cotangens x 6 ${\mathrm{sin}}^{2}x$ sine squared x sinus kvadrat x 7 ${\mathrm{cos}}^{3}x$ cosine cubed x cosinus kubikk x 8 ${\mathrm{tan}}^{2}x$ tangent squared x tangens kvadrat x 9 ${\mathrm{sec}}^{3}x$ secant cubed x secans kubikk x 10 ${\mathrm{csc}}^{2}x$ cosecant squared x cosecans kvadrat x 11 ${\mathrm{cot}}^{2}x$ cotangent squared x cotangens kvadrat x 12 $\mathrm{sin}2\pi$ sine 2 pi sinus 2 pi 13 $\mathrm{sin}\left(\pi k+\frac{\pi }{2}\right)$ the sine of, open paren, pi k, plus, pi over 2, close paren sinus av, venstreparentes, pi k, pluss, pi delt på 2, høgreparentes 14 $\mathrm{cos}\frac{\pi }{2}$ the cosine of, pi over 2 cosinus av, pi delt på 2 15 $\mathrm{sin}\frac{\pi }{2}$ the sine of, pi over 2 sinus av, pi delt på 2 16 $\frac{\mathrm{sin}\pi }{2}$ sine pi over 2 sinus pi delt på 2 17 $\frac{2}{\mathrm{sin}\pi }$ 2 over sine pi 2 delt på sinus pi 18 $\frac{\mathrm{sin}\frac{\pi }{2}}{3}$ the fraction with numerator, the sine of, pi over 2, and denominator 3 brøk med tellar, sinus av, pi delt på 2, og nemnar 3 19 $\mathrm{tan}\left(-\pi \right)$ tangent negative pi tangens minus pi 20 $\mathrm{sin}\left(x+\pi \right)$ the sine of, open paren, x plus pi, close paren sinus av, venstreparentes, x pluss pi, høgreparentes 21 $\mathrm{cos}\left(x+\frac{\pi }{2}\right)$ the cosine of, open paren, x plus, pi over 2, close paren cosinus av, venstreparentes, x pluss, pi delt på 2, høgreparentes 22 $\mathrm{cos}\left(\frac{\pi }{2}+x\right)$ the cosine of, open paren, pi over 2, plus x, close paren cosinus av, venstreparentes, pi delt på 2, pluss x, høgreparentes 23 ${\mathrm{sin}}^{2}x+{\mathrm{cos}}^{2}x=1$ sine squared x, plus, cosine squared x, equals 1 sinus kvadrat x, pluss, cosinus kvadrat x, er lik 1 24 ${\mathrm{sin}}^{4}x$ the fourth power of sine x fjerde effekten av sinus x 25 ${\mathrm{cos}}^{5}x$ the fifth power of cosine x femte effekten av cosinus x 26 ${\mathrm{tan}}^{n}x$ the n-th power of tangent x n-te effekten av tangens x 27 $\frac{\mathrm{sin}x}{\mathrm{cos}x}$ sine x over cosine x sinus x delt på cosinus x 28 $\mathrm{tan}35°$ tangent 35 degrees tangens 35 grader 29 $\mathrm{tan}\left(\angle DEF\right)$ the tangent of, open paren, angle D E F, close paren tangens av, venstreparentes, vinkel D E F, høgreparentes 30 $\mathrm{tan}\left(\angle D\right)$ the tangent of, open paren, angle D, close paren tangens av, venstreparentes, vinkel D, høgreparentes 31 $\mathrm{sin}\left(x+y\right)=\mathrm{sin}x\mathrm{cos}y+\mathrm{cos}x\mathrm{sin}y$ the sine of, open paren, x plus y, close paren, equals, sine x cosine y, plus, cosine x sine y sinus av, venstreparentes, x pluss y, høgreparentes, er lik, sinus x cosinus y, pluss, cosinus x sinus y 32 $\mathrm{cos}\left(x+y\right)=\mathrm{cos}x\mathrm{cos}y-\mathrm{sin}x\mathrm{sin}y$ the cosine of, open paren, x plus y, close paren, equals, cosine x cosine y, minus, sine x sine y cosinus av, venstreparentes, x pluss y, høgreparentes, er lik, cosinus x cosinus y, minus, sinus x sinus y 33 $\mathrm{tan}\left(x+y\right)=\frac{\mathrm{tan}x-\mathrm{tan}y}{1-\mathrm{tan}x\mathrm{tan}y}$ 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 tangens av, venstreparentes, x pluss y, høgreparentes, er lik, brøk med tellar tangens x minus tangens y, og nemnar 1 minus, tangens x tangens y 34 $\mathrm{tan}\left(\frac{\pi }{6}+\frac{2\pi }{3}\right)=\frac{\mathrm{tan}\frac{\pi }{6}-\mathrm{tan}\frac{2\pi }{3}}{1-\mathrm{tan}\frac{\pi }{6}\mathrm{tan}\frac{2\pi }{3}}$ 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 tangens av, venstreparentes, pi delt på 6, pluss, 2 pi delt på 3, høgreparentes, er lik, brøk med tellar, tangens av, pi delt på 6, minus, tangens av, 2 pi delt på 3, og nemnar 1 minus, tangens av, pi delt på 6, tangens av, 2 pi delt på 3 35 $\mathrm{tan}2x=\frac{2\mathrm{tan}x}{1-{\mathrm{tan}}^{2}x}$ tangent 2 x, equals, the fraction with numerator 2 tangent x, and denominator 1 minus, tangent squared x tangens 2 x, er lik, brøk med tellar 2 tangens x, og nemnar 1 minus, tangens kvadrat x 36 $\mathrm{cos}2x=2{\mathrm{cos}}^{2}x-1$ cosine 2 x, equals 2, cosine squared x, minus 1 cosinus 2 x, er lik 2, cosinus kvadrat x, minus 1 37 $\mathrm{sin}\frac{x}{2}=±\sqrt{\frac{1-\mathrm{cos}x}{2}}$ 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 sinus av, x delt på 2, er lik pluss minus kvadratrota av, brøk med tellar 1 minus cosinus x, og nemnar 2 38 $\mathrm{tan}\frac{x}{2}=±\sqrt{\frac{1-\mathrm{cos}x}{1+\mathrm{cos}x}}$ 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 tangens av, x delt på 2, er lik pluss minus kvadratrota av, brøk med tellar 1 minus cosinus x, og nemnar 1 pluss cosinus x 39 $\mathrm{cos}x\mathrm{cos}y=2\mathrm{cos}\frac{x+y}{2}\mathrm{cos}\frac{x-y}{2}$ 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 cosinus x cosinus y, er lik 2, cosinus av, brøk med tellar x pluss y, og nemnar 2, cosinus av, brøk med tellar x minus y, og nemnar 2 40 ${\mathrm{sin}}^{-1}x$ the inverse sine of x invers sinus av x 41 ${\mathrm{cos}}^{-1}x$ the inverse cosine of x invers cosinus av x 42 ${\mathrm{tan}}^{-1}x$ the inverse tangent of x invers tangens av x 43 ${\mathrm{cot}}^{-1}x$ the inverse cotangent of x invers cotangens av x 44 ${\mathrm{sec}}^{-1}x$ the inverse secant of x invers secans av x 45 ${\mathrm{csc}}^{-1}x$ the inverse cosecant of x invers cosecans av x 46 ${\mathrm{sin}}^{-1}\frac{\sqrt{2}}{2}$ the inverse sine of, the fraction with numerator the square root of 2, and denominator 2 invers sinus av, brøk med tellar kvadratrota av 2, og nemnar 2 47 ${\mathrm{cos}}^{-1}\frac{1}{2}$ the inverse cosine of one half invers cosinus av ein andre 48 ${\mathrm{tan}}^{-1}17$ the inverse tangent of 17 invers tangens av 17 49 ${\mathrm{cot}}^{-1}32$ the inverse cotangent of 32 invers cotangens av 32 50 ${\mathrm{sec}}^{-1}100$ the inverse secant of 100 invers secans av 100 51 ${\mathrm{csc}}^{-1}85$ the inverse cosecant of 85 invers cosecans av 85 52 ${\mathrm{sin}}^{-1}\left(-x\right)$ the inverse sine of negative x invers sinus av minus x 53 ${\mathrm{cos}}^{-1}\left(-x\right)$ the inverse cosine of negative x invers cosinus av minus x 54 ${\mathrm{tan}}^{-1}\left(-x+12\right)$ the inverse tangent of, open paren, negative x plus 12, close paren invers tangens av, venstreparentes, minus x pluss 12, høgreparentes 55 ${\mathrm{cot}}^{-1}\left(-x-1\right)$ the inverse cotangent of, open paren, negative x minus 1, close paren invers cotangens av, venstreparentes, minus x minus 1, høgreparentes 56 ${\mathrm{sin}}^{-1}\left(\mathrm{sin}0\right)$ the inverse sine of sine 0 invers sinus av sinus 0 57 ${\mathrm{csc}}^{-1}\left(\mathrm{csc}x\right)$ the inverse cosecant of cosecant x invers cosecans av cosecans x 58 $\mathrm{cos}\left({\mathrm{cos}}^{-1}\left(-\frac{\sqrt{2}}{2}\right)\right)$ 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 cosinus av, venstreparentes, invers cosinus av, venstreparentes, minus, brøk med tellar kvadratrota av 2, og nemnar 2, høgreparentes, høgreparentes 59 $\mathrm{cos}\left(-{\mathrm{cos}}^{-1}\left(\frac{\sqrt{2}}{2}\right)\right)$ 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 cosinus av, venstreparentes, minus, invers cosinus av, venstreparentes, brøk med tellar kvadratrota av 2, og nemnar 2, høgreparentes, høgreparentes 60 ${\mathrm{sin}}^{-1}\left(\mathrm{cos}\frac{\pi }{4}\right)$ the inverse sine of, open paren, the cosine of, pi over 4, close paren invers sinus av, venstreparentes, cosinus av, pi delt på 4, høgreparentes 61 $\mathrm{sin}\left({\mathrm{cos}}^{-1}\frac{1}{2}\right)$ sine, the inverse cosine of one half sinus, invers cosinus av ein andre 62 $\mathrm{sin}\left({\mathrm{tan}}^{-1}1\right)$ sine, the inverse tangent of 1 sinus, invers tangens av 1 63 $\mathrm{sin}\left(-{\mathrm{tan}}^{-1}1\right)$ the sine of, open paren, negative, the inverse tangent of 1, close paren sinus av, venstreparentes, minus, invers tangens av 1, høgreparentes 64 $\mathrm{sin}\left(-{\mathrm{tan}}^{-1}\left(-1\right)\right)$ the sine of, open paren, negative, the inverse tangent of negative 1, close paren sinus av, venstreparentes, minus, invers tangens av minus 1, høgreparentes 65 ${\mathrm{sec}}^{-1}\left(\mathrm{sec}x\right)$ the inverse secant of secant x invers secans av secans x 66 $\mathrm{arcsin}x$ arc sine x invers sinus x 67 $\mathrm{arccos}x$ arc cosine x invers cosinus x 68 $\mathrm{arctan}x$ arc tangent x invers tangens x 69 $\mathrm{sinh}x$ hyperbolic sine of x hyperbolsk sinus av x 70 $\mathrm{cosh}x$ hyperbolic cosine of x hyperbolsk cosinus av x 71 $\mathrm{tanh}x$ hyperbolic tangent of x hyperbolsk tangens av x 72 $\mathrm{coth}x$ hyperbolic cotangent of x hyperbolsk cotangens av x 73 $\mathrm{sech}x$ hyperbolic secant of x hyperbolsk secans av x 74 $\mathrm{csch}x$ hyperbolic cosecant of x hyperbolsk cosecans av x 75 ${\mathrm{sinh}}^{-1}x$ the inverse hyperbolic sine of x invers hyperbolsk sinus av x 76 ${\mathrm{cosh}}^{-1}x$ the inverse hyperbolic cosine of x invers hyperbolsk cosinus av x 77 ${\mathrm{tanh}}^{-1}x$ the inverse hyperbolic tangent of x invers hyperbolsk tangens av x 78 ${\mathrm{coth}}^{-1}x$ the inverse hyperbolic cotangent of x invers hyperbolsk cotangens av x 79 ${\mathrm{sech}}^{-1}x$ the inverse hyperbolic secant of x invers hyperbolsk secans av x 80 ${\mathrm{csch}}^{-1}x$ the inverse hyperbolic cosecant of x invers hyperbolsk cosecans av x 81 $\mathrm{sinh}\left({\mathrm{sinh}}^{-1}x\right)$ hyperbolic sine of, the inverse hyperbolic sine of x hyperbolsk sinus av, invers hyperbolsk sinus av x 82 $\mathrm{cosh}\left({\mathrm{cosh}}^{-1}x\right)$ hyperbolic cosine of, the inverse hyperbolic cosine of x hyperbolsk cosinus av, invers hyperbolsk cosinus av x 83 $\mathrm{tanh}\left({\mathrm{tanh}}^{-1}x\right)$ hyperbolic tangent of, the inverse hyperbolic tangent of x hyperbolsk tangens av, invers hyperbolsk tangens av x 84 $\mathrm{coth}\left({\mathrm{coth}}^{-1}x\right)$ hyperbolic cotangent of, the inverse hyperbolic cotangent of x hyperbolsk cotangens av, invers hyperbolsk cotangens av x 85 ${\mathrm{sinh}}^{-1}\left(\mathrm{sinh}x\right)$ the inverse hyperbolic sine of, hyperbolic sine of x invers hyperbolsk sinus av, hyperbolsk sinus av x 86 ${\mathrm{cosh}}^{-1}\left(\mathrm{cosh}x\right)$ the inverse hyperbolic cosine of, hyperbolic cosine of x invers hyperbolsk cosinus av, hyperbolsk cosinus av x 87 ${\mathrm{tanh}}^{-1}\left(\mathrm{tanh}x\right)$ the inverse hyperbolic tangent of, hyperbolic tangent of x invers hyperbolsk tangens av, hyperbolsk tangens av x 88 ${\mathrm{coth}}^{-1}\left(\mathrm{coth}x\right)$ the inverse hyperbolic cotangent of, hyperbolic cotangent of x invers hyperbolsk cotangens av, hyperbolsk cotangens av x

## Nynorsk Clearspeak Trigometry rule tests. Locale: nn, Style: Trig_Auto:Roots_RootEnd.

 0 $\mathrm{sin}\left(-\frac{\pi }{8}\right)=-\frac{1}{2}\sqrt{2-\sqrt{2}}$ 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 sinus av, venstreparentes, minus, pi delt på 8, høgreparentes, er lik minus ein andre kvadratrota av 2 minus kvadratrota av 2, slutt rot, slutt rot 1 $\mathrm{tan}\frac{3\pi }{8}=\frac{\sqrt{\sqrt{2}+1}}{\sqrt{\sqrt{2}-1}}$ 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 tangens av, 3 pi delt på 8, er lik, brøk med tellar kvadratrota av, kvadratrota av 2, slutt rot, pluss 1, slutt rot, og nemnar kvadratrota av, kvadratrota av 2, slutt rot, minus 1, slutt rot 2 $\mathrm{tan}\frac{\pi }{12}=\frac{1}{2}\sqrt{2-\sqrt{3}}$ the tangent of, pi over 12, equals one half the square root of 2 minus the square root of 3, end root, end root tangens av, pi delt på 12, er lik ein andre kvadratrota av 2 minus kvadratrota av 3, slutt rot, slutt rot

## Nynorsk Clearspeak Trigometry rule tests. Locale: nn, Style: Trig_TrigInverse.

 0 ${\mathrm{sin}}^{-1}x$ sine inverse of x sinus invers av x 1 ${\mathrm{cos}}^{-1}x$ cosine inverse of x cosinus invers av x 2 ${\mathrm{tan}}^{-1}x$ tangent inverse of x tangens invers av x 3 ${\mathrm{cot}}^{-1}x$ cotangent inverse of x cotangens invers av x 4 ${\mathrm{sec}}^{-1}x$ secant inverse of x secans invers av x 5 ${\mathrm{csc}}^{-1}x$ cosecant inverse of x cosecans invers av x 6 ${\mathrm{sin}}^{-1}\frac{\sqrt{2}}{2}$ sine inverse of, the fraction with numerator the square root of 2, and denominator 2 sinus invers av, brøk med tellar kvadratrota av 2, og nemnar 2 7 ${\mathrm{cos}}^{-1}\frac{1}{2}$ cosine inverse of one half cosinus invers av ein andre 8 ${\mathrm{tan}}^{-1}17$ tangent inverse of 17 tangens invers av 17 9 ${\mathrm{cot}}^{-1}32$ cotangent inverse of 32 cotangens invers av 32 10 ${\mathrm{sec}}^{-1}100$ secant inverse of 100 secans invers av 100 11 ${\mathrm{csc}}^{-1}85$ cosecant inverse of 85 cosecans invers av 85 12 ${\mathrm{sin}}^{-1}\left(-x\right)$ sine inverse of negative x sinus invers av minus x 13 ${\mathrm{cos}}^{-1}\left(-x\right)$ cosine inverse of negative x cosinus invers av minus x 14 ${\mathrm{tan}}^{-1}\left(-x+12\right)$ tangent inverse of, open paren, negative x plus 12, close paren tangens invers av, venstreparentes, minus x pluss 12, høgreparentes 15 ${\mathrm{cot}}^{-1}\left(-x-1\right)$ cotangent inverse of, open paren, negative x minus 1, close paren cotangens invers av, venstreparentes, minus x minus 1, høgreparentes 16 ${\mathrm{sin}}^{-1}\left(\mathrm{sin}0\right)$ sine inverse of sine 0 sinus invers av sinus 0 17 ${\mathrm{csc}}^{-1}\left(\mathrm{csc}x\right)$ cosecant inverse of cosecant x cosecans invers av cosecans x 18 $\mathrm{cos}\left({\mathrm{cos}}^{-1}\left(-\frac{\sqrt{2}}{2}\right)\right)$ 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 cosinus av, venstreparentes, cosinus invers av, venstreparentes, minus, brøk med tellar kvadratrota av 2, og nemnar 2, høgreparentes, høgreparentes 19 $\mathrm{cos}\left(-{\mathrm{cos}}^{-1}\left(\frac{\sqrt{2}}{2}\right)\right)$ 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 cosinus av, venstreparentes, minus, cosinus invers av, venstreparentes, brøk med tellar kvadratrota av 2, og nemnar 2, høgreparentes, høgreparentes 20 ${\mathrm{sin}}^{-1}\left(\mathrm{cos}\frac{\pi }{4}\right)$ sine inverse of, open paren, the cosine of, pi over 4, close paren sinus invers av, venstreparentes, cosinus av, pi delt på 4, høgreparentes 21 $\mathrm{sin}\left({\mathrm{cos}}^{-1}\frac{1}{2}\right)$ sine, cosine inverse of one half sinus, cosinus invers av ein andre 22 $\mathrm{sin}\left({\mathrm{tan}}^{-1}1\right)$ sine, tangent inverse of 1 sinus, tangens invers av 1 23 $\mathrm{sin}\left(-{\mathrm{tan}}^{-1}1\right)$ the sine of, open paren, negative, tangent inverse of 1, close paren sinus av, venstreparentes, minus, tangens invers av 1, høgreparentes 24 $\mathrm{sin}\left(-{\mathrm{tan}}^{-1}\left(-1\right)\right)$ the sine of, open paren, negative, tangent inverse of negative 1, close paren sinus av, venstreparentes, minus, tangens invers av minus 1, høgreparentes 25 ${\mathrm{sec}}^{-1}\left(\mathrm{sec}x\right)$ secant inverse of secant x secans invers av secans x

## Nynorsk Clearspeak Trigometry rule tests. Locale: nn, Style: Trig_ArcTrig.

 0 ${\mathrm{sin}}^{-1}x$ arc sine x boge sinus x 1 ${\mathrm{cos}}^{-1}x$ arc cosine x boge cosinus x 2 ${\mathrm{tan}}^{-1}x$ arc tangent x boge tangens x 3 ${\mathrm{cot}}^{-1}x$ arc cotangent x boge cotangens x 4 ${\mathrm{sec}}^{-1}x$ arc secant x boge secans x 5 ${\mathrm{csc}}^{-1}x$ arc cosecant x boge cosecans x 6 ${\mathrm{sin}}^{-1}\frac{\sqrt{2}}{2}$ arc sine of, the fraction with numerator the square root of 2, and denominator 2 boge sinus av, brøk med tellar kvadratrota av 2, og nemnar 2 7 ${\mathrm{cos}}^{-1}\frac{1}{2}$ arc cosine one half boge cosinus ein andre 8 ${\mathrm{tan}}^{-1}17$ arc tangent 17 boge tangens 17 9 ${\mathrm{cot}}^{-1}32$ arc cotangent 32 boge cotangens 32 10 ${\mathrm{sec}}^{-1}100$ arc secant 100 boge secans 100 11 ${\mathrm{csc}}^{-1}85$ arc cosecant 85 boge cosecans 85 12 ${\mathrm{sin}}^{-1}\left(-x\right)$ arc sine negative x boge sinus minus x 13 ${\mathrm{cos}}^{-1}\left(-x\right)$ arc cosine negative x boge cosinus minus x 14 ${\mathrm{tan}}^{-1}\left(-x+12\right)$ arc tangent of, open paren, negative x plus 12, close paren boge tangens av, venstreparentes, minus x pluss 12, høgreparentes 15 ${\mathrm{cot}}^{-1}\left(-x-1\right)$ arc cotangent of, open paren, negative x minus 1, close paren boge cotangens av, venstreparentes, minus x minus 1, høgreparentes 16 ${\mathrm{sin}}^{-1}\left(\mathrm{sin}0\right)$ arc sine, sine 0 boge sinus, sinus 0 17 ${\mathrm{csc}}^{-1}\left(\mathrm{csc}x\right)$ arc cosecant, cosecant x boge cosecans, cosecans x 18 $\mathrm{cos}\left({\mathrm{cos}}^{-1}\left(-\frac{\sqrt{2}}{2}\right)\right)$ 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 cosinus av, venstreparentes, boge cosinus av, venstreparentes, minus, brøk med tellar kvadratrota av 2, og nemnar 2, høgreparentes, høgreparentes 19 $\mathrm{cos}\left(-{\mathrm{cos}}^{-1}\left(\frac{\sqrt{2}}{2}\right)\right)$ 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 cosinus av, venstreparentes, minus, boge cosinus av, venstreparentes, brøk med tellar kvadratrota av 2, og nemnar 2, høgreparentes, høgreparentes 20 ${\mathrm{sin}}^{-1}\left(\mathrm{cos}\frac{\pi }{4}\right)$ arc sine of, open paren, the cosine of, pi over 4, close paren boge sinus av, venstreparentes, cosinus av, pi delt på 4, høgreparentes 21 $\mathrm{sin}\left({\mathrm{cos}}^{-1}\frac{1}{2}\right)$ sine, arc cosine one half sinus, boge cosinus ein andre 22 $\mathrm{sin}\left({\mathrm{tan}}^{-1}1\right)$ sine, arc tangent 1 sinus, boge tangens 1 23 $\mathrm{sin}\left(-{\mathrm{tan}}^{-1}1\right)$ the sine of, open paren, negative, arc tangent 1, close paren sinus av, venstreparentes, minus, boge tangens 1, høgreparentes 24 $\mathrm{sin}\left(-{\mathrm{tan}}^{-1}\left(-1\right)\right)$ the sine of, open paren, negative, arc tangent negative 1, close paren sinus av, venstreparentes, minus, boge tangens minus 1, høgreparentes 25 ${\mathrm{sec}}^{-1}\left(\mathrm{sec}x\right)$ arc secant, secant x boge secans, secans x

## Nynorsk Clearspeak Units tests. Locale: nn, Style: Verbose.

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

## Nynorsk Clearspeak Units tests. Locale: nn, Style: Currency_Position.

 0 $1\mathrm{}$ 1 dollars 1 dollar 1 $\mathrm{}1$ dollars 1 dollar 1 2 $\mathrm{}$ dollars dollar 3 $\mathrm{}$ dollars dollar 4 $2\mathrm{}$ 2 dollars 2 dollar 5 $\mathrm{}2$ dollars 2 dollar 2 6 $1\mathrm{}+2\mathrm{}+0\mathrm{}+a\mathrm{}$ 1 dollars plus 2 dollars plus 0 dollars plus a dollars 1 dollar pluss 2 dollar pluss 0 dollar pluss a dollar 7 $1\mathrm{}+\mathrm{}2+0\mathrm{}+\mathrm{}a$ 1 dollars plus dollars 2 plus 0 dollars plus dollars a 1 dollar pluss dollar 2 pluss 0 dollar pluss dollar a

## Nynorsk Clearspeak Units tests. Locale: nn, Style: Currency_Prefix.

 0 $1\mathrm{}$ dollars 1 dollar 1 1 $\mathrm{}1$ dollars 1 dollar 1 2 $\mathrm{}$ dollars dollar 3 $\mathrm{}$ dollars dollar 4 $2\mathrm{}$ dollars 2 dollar 2 5 $\mathrm{}2$ dollars 2 dollar 2 6 $1\mathrm{}+2\mathrm{}+0\mathrm{}+a\mathrm{}$ dollars 1 plus dollars 2 plus dollars 0 plus dollars a dollar 1 pluss dollar 2 pluss dollar 0 pluss dollar a 7 $1\mathrm{}+\mathrm{}2+0\mathrm{}+\mathrm{}a$ dollars 1 plus dollars 2 plus dollars 0 plus dollars a dollar 1 pluss dollar 2 pluss dollar 0 pluss dollar a

## Nynorsk Clearspeak Neutral Fences rule tests. Locale: nn, Style: Verbose.

 0 $|a|$ the absolute value of a den absolutte verdien av a 1 $｜a｜$ the absolute value of a den absolutte verdien av a 2 $¦a¦$ the absolute value of a den absolutte verdien av a 3 $\parallel a\parallel$ the metric of a berekninga av a 4 $⦀a⦀$ the metric of a berekninga av a 5 $⫴a⫴$ the metric of a berekninga av a 6 $‖a‖$ the metric of a berekninga av a 7 $｜a‖$ divides a double vertical bar deler a dobbel vertikal strek 8 $\parallel a‖$ parallel to a double vertical bar parallell til a dobbel vertikal strek 9 $｜a¦$ divides a divides deler a deler 10 $⦀a‖$ triple vertical bar a double vertical bar trippel vertikalstrek-avgrensing a dobbel vertikal strek 11 $a｜b$ a divides b a deler b 12 $a|b$ a divides b a deler b 13 $a¦b$ a divides b a deler b 14 $a‖b$ a double vertical bar b a dobbel vertikal strek b 15 $a\parallel b$ a parallel to b a parallell til b 16 $a⦀b$ a triple vertical bar b a trippel vertikalstrek-avgrensing b 17 $f｜g$ f divides g f deler g 18 $f|g$ f divides g f deler g 19 $f¦g$ f divides g f deler g 20 $f‖g$ f double vertical bar g f dobbel vertikal strek g 21 $f\parallel g$ f parallel to g f parallell til g 22 $f⦀g$ f triple vertical bar g f trippel vertikalstrek-avgrensing g 23 $\mathrm{sin}⦀g$ sine triple vertical bar g sinus trippel vertikalstrek-avgrensing g 24 $f|a|$ f of, the absolute value of a f av, den absolutte verdien av a 25 $g|a|$ g of, the absolute value of a g av, den absolutte verdien av a 26 $h|a|$ h of, the absolute value of a h av, den absolutte verdien av a 27 $r|a|$ r times, the absolute value of a r ganger, den absolutte verdien av a 28 $\mathrm{sin}|a|$ sine, the absolute value of a sinus, den absolutte verdien av a 29 $\sum |a|$ the sum of, the absolute value of a sum over, den absolutte verdien av a 30 $f‖a‖$ f of, the metric of a f av, berekninga av a 31 $g‖a‖$ g of, the metric of a g av, berekninga av a 32 $h‖a‖$ h of, the metric of a h av, berekninga av a 33 $r‖a‖$ r times, the metric of a r ganger, berekninga av a 34 $\mathrm{sin}‖a‖$ sine, the metric of a sinus, berekninga av a 35 $\sum ‖a‖$ the sum of, the metric of a sum over, berekninga av a

## Nynorsk Clearspeak Neutral Fences rule tests. Locale: nn, Style: AbsoluteValue_AbsEnd.

 0 $|a|$ the absolute value of a, end absolute value den absolutte verdien av a, slutt absolutt verdi 1 $｜a｜$ the absolute value of a, end absolute value den absolutte verdien av a, slutt absolutt verdi 2 $¦a¦$ the absolute value of a, end absolute value den absolutte verdien av a, slutt absolutt verdi 3 $\parallel a\parallel$ the metric of a, end metric berekninga av a, slutt berekning 4 $⦀a⦀$ the metric of a, end metric berekninga av a, slutt berekning 5 $⫴a⫴$ the metric of a, end metric berekninga av a, slutt berekning 6 $‖a‖$ the metric of a, end metric berekninga av a, slutt berekning 7 $｜a‖$ divides a double vertical bar deler a dobbel vertikal strek 8 $\parallel a‖$ parallel to a double vertical bar parallell til a dobbel vertikal strek 9 $｜a¦$ divides a divides deler a deler 10 $⦀a‖$ triple vertical bar a double vertical bar trippel vertikalstrek-avgrensing a dobbel vertikal strek 11 $a｜b$ a divides b a deler b 12 $a|b$ a divides b a deler b 13 $a¦b$ a divides b a deler b 14 $a‖b$ a double vertical bar b a dobbel vertikal strek b 15 $a\parallel b$ a parallel to b a parallell til b 16 $a⦀b$ a triple vertical bar b a trippel vertikalstrek-avgrensing b 17 $f|a|$ f of, the absolute value of a, end absolute value f av, den absolutte verdien av a, slutt absolutt verdi 18 $g|a|$ g of, the absolute value of a, end absolute value g av, den absolutte verdien av a, slutt absolutt verdi 19 $h|a|$ h of, the absolute value of a, end absolute value h av, den absolutte verdien av a, slutt absolutt verdi 20 $r|a|$ r times, the absolute value of a, end absolute value r ganger, den absolutte verdien av a, slutt absolutt verdi 21 $\mathrm{sin}|a|$ sine, the absolute value of a, end absolute value sinus, den absolutte verdien av a, slutt absolutt verdi 22 $\sum |a|$ the sum of, the absolute value of a, end absolute value sum over, den absolutte verdien av a, slutt absolutt verdi 23 $f‖a‖$ f of, the metric of a, end metric f av, berekninga av a, slutt berekning 24 $g‖a‖$ g of, the metric of a, end metric g av, berekninga av a, slutt berekning 25 $h‖a‖$ h of, the metric of a, end metric h av, berekninga av a, slutt berekning 26 $r‖a‖$ r times, the metric of a, end metric r ganger, berekninga av a, slutt berekning 27 $\mathrm{sin}‖a‖$ sine, the metric of a, end metric sinus, berekninga av a, slutt berekning 28 $\sum ‖a‖$ the sum of, the metric of a, end metric sum over, berekninga av a, slutt berekning 29 $f｜g$ f divides g f deler g 30 $f|g$ f divides g f deler g 31 $f¦g$ f divides g f deler g 32 $f‖g$ f double vertical bar g f dobbel vertikal strek g 33 $f\parallel g$ f parallel to g f parallell til g 34 $f⦀g$ f triple vertical bar g f trippel vertikalstrek-avgrensing g 35 $\mathrm{sin}⦀g$ sine triple vertical bar g sinus trippel vertikalstrek-avgrensing g