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Application 83% 543 5,737 60,332 23
Glossary HiPER Scientific Calculator

Summary

Project website hiperlabs.eu
Project maintainers1 User avatar jindra
Language Romanian
Language code ro
Text direction Left to right
Case sensitivity Case-sensitive
Number of speakers 20,043,506
09/14/2026

String statistics

Strings percent Hosted strings Words percent Hosted words Characters percent Hosted characters
Total 3,302 22,712 174,564
Translated 83% 2,759 74% 16,975 65% 114,232
Needs editing 16% 543 25% 5,737 34% 60,332
Read-only 0% 0 0% 0 0% 0
Failing checks 1% 23 1% 221 1% 1,754
Strings with suggestions 0% 0 0% 0 0% 0
Untranslated strings 0% 0 0% 0 0% 0
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User avatar jindra

Resource updated
The “ro.po” file was changed. 09/09/2026
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String added in the repository
Substitute the absolute value and the angle into the formula for the rectangular form <expr:DEC,BinarySequence(Variable(r),POLAR,Variable(f),EQUALS,Variable(r),IMPLICIT_MULTIPLICATION,Function(COS,Variable(f)),ADDITION,Function(I),IMPLICIT_MULTIPLICATION,Variable(r),IMPLICIT_MULTIPLICATION,Function(SIN,Variable(f)))>
Substituiți valoarea absolută și unghiul în formula formei rectangulare <expr:DEC,BinarySequence(Variable(r),POLAR,Variable(f),EQUALS,Variable(r),IMPLICIT_MULTIPLICATION,Function(COS,Variable(f)),ADDITION,Function(I),IMPLICIT_MULTIPLICATION,Variable(r),IMPLICIT_MULTIPLICATION,Function(SIN,Variable(f)))>
solution.step.COMPLEX_POLAR_TO_RECT_SUBSTITUTE.desc
09/09/2026
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Substitute the real and the imaginary part into the formula for the argument <expr:DEC,BinarySequence(Function(ARGUMENT,BinarySequence(Variable(a),ADDITION,Variable(b),IMPLICIT_MULTIPLICATION,Function(I))),EQUALS,Function(ATAN,Function(FRACTION,Variable(b),Variable(a))))>
Substituiți partea reală și partea imaginară în formula argumentului <expr:DEC,BinarySequence(Function(ARGUMENT,BinarySequence(Variable(a),ADDITION,Variable(b),IMPLICIT_MULTIPLICATION,Function(I))),EQUALS,Function(ATAN,Function(FRACTION,Variable(b),Variable(a))))>
solution.step.COMPLEX_ARGUMENT_AS_ATAN.desc
09/09/2026
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The polar form of a complex number consists of its absolute value and its argument<brp>%0
Forma polară a unui număr complex este formată din valoarea sa absolută și argumentul său<brp>%0
solution.step.COMPLEX_TO_POLAR_FORM.desc
09/09/2026
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One degree has 60 minutes, so what is left over is multiplied by 60<brp>%0<ifp:1><brp>%1</ifp:1>
Un grad are 60 de minute, deci ceea ce rămâne este înmulțit cu 60<brp>%0<ifp:1><brp>%1</ifp:1>
solution.step.CONVERT_TO_DM_PARTS.desc
09/09/2026
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One degree has 60 minutes and one minute has 60 seconds, so what is left over is multiplied by 60 twice<brp>%0<brp>%1<ifp:2><brp>%2</ifp:2>
Un grad are 60 de minute, iar un minut are 60 de secunde, deci ceea ce rămâne este înmulțit de două ori cu 60<brp>%0<brp>%1<ifp:2><brp>%2</ifp:2>
solution.step.CONVERT_TO_DMS_PARTS.desc
09/09/2026
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Dividing the first fraction gives the whole part, and the second one stays as the proper fraction<brp>%0
Împărțirea primei fracții dă partea întreagă, iar a doua rămâne ca fracție subunitară<brp>%0
solution.step.MIXED_NUMBER_FROM_SPLIT_NUMERATOR.desc
09/09/2026
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The numerator is split into the largest multiple of the denominator and the remainder, so the fraction can be written as two fractions<brp>%0
Numărătorul este împărțit în cel mai mare multiplu al numitorului și rest, astfel încât fracția poate fi scrisă ca două fracții<brp>%0
solution.step.SPLIT_NUMERATOR_BY_DENOMINATOR.desc
09/09/2026
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The value is split into its whole part and the part that is left over<brp>%0
Valoarea este împărțită în partea întreagă și partea care rămâne<brp>%0
solution.step.SPLIT_WHOLE_PART.desc
09/09/2026
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The result format is set to polar coordinates, so the complex number is written as a magnitude and an angle<brp>%0
Formatul rezultatului este setat la coordonate polare, deci numărul complex este scris ca valoare absolută și unghi<brp>%0
solution.step.CONVERT_RESULT_TO_POLAR.desc
09/09/2026
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