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The most expensive Franklin Language Translator Computer will vary in price depending on where one is purchasing them from. In the United States the most expensive one's are around $200 and the cheapest about $15.
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A computer needs a translator to point out the errors in a program or language and gives options to the answer.
we need language translator in a systerm software because computer cann't understand our language .Therefore translator converts high level language into low level languange &viceversa as computer can only understand in banary format. we need language translator in a systerm software because computer cann't understand our language .Therefore translator converts high level language into low level languange &viceversa as computer can only understand in banary format.
souris d'animal familier I have a language translator on my computer :)
Mark A. Franklin has written: 'Using the IBM Personal Computer' -- subject(s): Assembler language (Computer program language), IBM Personal Computer, Programming
The assembler is translator which converts assembly language code into machine language code.
Fortran is not a computer, it is a language. The letters stand for formula translator. It was developed by IBM in San Jose CA in the 1950's.
Translator is defined as a computer program that converts instructions written in one language to another without changing the initial logic in terms of computer language.
Neither one of them is a "language translator."
Computer translation won't be sufficient. You'll need to find a human translator with knowledge of both languages.
One reliable Coptic language translator you can consider for your project is Name of Translator. They have a proven track record of accurately translating Coptic language texts.
you can find a language translator in many places like google. but if you are not satisfied with it, see related links.
Assembly language does not use a traditional translator; instead, it uses an assembler to convert its mnemonics into machine code. The assembler translates the assembly instructions into binary code that the computer's CPU can understand and execute.