Python Programming Language: A High-Level Language Explained

Why is Python considered a high-level language?

Which of the following best explains why Python is known as a high-level language?

A. Python code converts to graphic code

B. Python code converts to machine code

C. Python code converts to byte code

D. Python code converts to assembly code

Answer:

C. Python code converts to byte code

Explanation: Python is known as a high-level language due to its abstraction from machine-level details. Python code is typically converted into byte code, not directly to machine or assembly code, reflecting its higher level of abstraction.

The programming language Python is considered a high-level language because it allows developers to write programs using human-readable syntax that is abstracted from the complex details of the computer's hardware. In the context of Python, the code you write is not directly executed by the machine. Instead, Python code is typically converted to byte code, which is an intermediate representation. This byte code is then interpreted or run by a Python Virtual Machine (PVM), or can be further compiled to machine code, which is executed by the computer's CPU.

While learning Python, one doesn't have to deal with the intricacies of machine code or assembly code, which are considered low-level operations. Python abstracts these details, providing a more user-friendly programming environment, which is a common characteristic of high-level programming languages. Rather than being converted directly into graphic code or assembly code, high-level Python code is turned into byte code, illustrating the level of abstraction Python provides over lower-level programming tasks.