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What’s the difference between interpreted languages and compiled languages?1 pointCompiled languages need an interpreter to run the program and interpreted languages don’t.With interpreted languages, the user can usually see and modify the code whereas with compiled languages, the user typically can’t see the code or change it.Interpreted languages need an interpreter to run the program but the user usually can’t see the code, whereas with compiled languages the user can usually see the code and change it.With compiled languages, the user can usually see and modify the code whereas with interpreted languages, the user typically can’t see the code or change it.

Question

What’s the difference between interpreted languages and compiled languages?1 pointCompiled languages need an interpreter to run the program and interpreted languages don’t.With interpreted languages, the user can usually see and modify the code whereas with compiled languages, the user typically can’t see the code or change it.Interpreted languages need an interpreter to run the program but the user usually can’t see the code, whereas with compiled languages the user can usually see the code and change it.With compiled languages, the user can usually see and modify the code whereas with interpreted languages, the user typically can’t see the code or change it.

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Solution

The text you provided seems to be a bit confused, but I'll clarify the differences between interpreted languages and compiled languages:

  1. Compiled languages are languages where the code you write is transformed into the machine language, which is understood by your computer's processor, by a compiler. This process is done before the program is run. Examples of compiled languages are C, C++, and Rust.

  2. Interpreted languages are languages where the code you write is read and executed line by line by an interpreter at the time the program is run. This means that the program doesn't need to be compiled before it is run. Examples of interpreted languages are Python, Ruby, and JavaScript.

  3. In both compiled and interpreted languages, the user can see and modify the code. The difference lies in the execution of the code, not in the visibility or modifiability of the code.

  4. Compiled languages usually have a longer initial time to compile the code, but then the execution of the program is faster. Interpreted languages, on the other hand, start executing the program immediately but may run slower.

  5. Compiled languages usually give you more control over system resources and are more performant, but they are less portable because the compiled code is specific to a type of machine. Interpreted languages are more portable because the interpreter is what needs to be specific to the machine, not the code itself.

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