Question

What is one way interpreted programming languages differ from compiled programming languages? (3 points)

a.Interpreted languages produce translated machine code that can be saved and run later, while compiled languages cannot be saved.

b.Interpreted languages translate one line of code at a time and then execute that line before moving on, while compiled languages translate all lines of code together and execute them all at once. c.

Compiled language programs cannot be used by others without the original source code, while interpreted languages do not require the original source code.

d.Programs written with compiled languages tend to run more slowly, while programs written with interpreted languages run faster.

Answer 1

Interpreted languages translate and execute code line-by-line and offer platform independence, whereas compiled languages translate all source code into machine code beforehand, usually resulting in faster execution but less flexibility.

Step-by-step explanation:

The key difference between interpreted programming languages and compiled programming languages lies in how they translate and execute code. Interpreted languages, like Python, translate one line of code at a time and then execute that line before moving on to the next. In contrast, compiled languages, such as C++, translate the entire source code into machine code in a separate step before execution, creating an executable binary file that can be run multiple times without needing the source code again.

Compiled languages tend to lead to faster-running programs once compiled because the machine-level code is all prepared ahead of time. However, interpreted languages offer the advantage of being able to execute code line-by-line which can be great for debugging and allows for platform independence, as the interpreter does the work of translating it for the machine it’s running on.

Answer 2

Interpreted languages translate and execute code line by line at runtime, often leading to slower execution, whereas compiled languages convert the entire code to machine code at once, which generally leads to faster execution.

Step-by-step explanation:

One way interpreted programming languages differ from compiled programming languages is that interpreted languages translate and execute one line of code at a time, while compiled languages translate the entire code into machine code, which is then executed. This process means that interpretation occurs at runtime, line-by-line, typically leading to slower execution since the translation is happening concurrently with execution. On the other hand, compiled languages are translated once into machine code by a compiler, creating a binary or executable that can be run repeatedly without the need for the original source code, generally resulting in faster program execution because the translation is done beforehand.