If a high-level programming language is translated and then executed, what is the name of the programme?

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### Understanding Programming Languages

#### Question:
If a high-level programming language is translated and then executed, what is the name of the programme?

#### Explanation:
In computer science, a high-level programming language is designed for ease of use and abstraction from the complexities of the machine's processor activities. Programs written in a high-level language need to be translated into machine code so that a computer can execute them. This translation is typically performed by one of two types of software:

1. **Compiler**: This program translates the entire source code of a higher-level programming language into executable machine code. Once the code is compiled, it can be executed multiple times without the need for recompilation.

2. **Interpreter**: Unlike a compiler, an interpreter translates the code line by line or statement-by-statement and executes it immediately. No separate machine code program is produced.

In some cases, a combination of both methods can be used for translating and executing high-level code.

### Additional Information:
**Compiler Examples**: GCC for C/C++, javac for Java.
**Interpreter Examples**: Python interpreter, Ruby interpreter.

Understanding whether your high-level language program is compiled or interpreted is crucial as it affects the debugging process, execution speed, and portability of your software.
Transcribed Image Text:### Understanding Programming Languages #### Question: If a high-level programming language is translated and then executed, what is the name of the programme? #### Explanation: In computer science, a high-level programming language is designed for ease of use and abstraction from the complexities of the machine's processor activities. Programs written in a high-level language need to be translated into machine code so that a computer can execute them. This translation is typically performed by one of two types of software: 1. **Compiler**: This program translates the entire source code of a higher-level programming language into executable machine code. Once the code is compiled, it can be executed multiple times without the need for recompilation. 2. **Interpreter**: Unlike a compiler, an interpreter translates the code line by line or statement-by-statement and executes it immediately. No separate machine code program is produced. In some cases, a combination of both methods can be used for translating and executing high-level code. ### Additional Information: **Compiler Examples**: GCC for C/C++, javac for Java. **Interpreter Examples**: Python interpreter, Ruby interpreter. Understanding whether your high-level language program is compiled or interpreted is crucial as it affects the debugging process, execution speed, and portability of your software.
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