What defines a low level programming language?

What defines a low level programming language?

• A. A language designed to run primarily on web browsers.
• B. A language used for data querying and database management.
• C. A programming language that provides little or no abstraction from the computer's instruction set architecture.
• D. A high level language that automatically manages memory.

Answer: (C)

A low-level programming language is defined by providing little or no abstraction from the computer’s instruction set architecture. This means you can see and control hardware details directly—managing memory manually, using pointers, and writing code that maps closely to CPU instructions rather than relying on built-in safety nets or automated management. This close-to-hardware control is what makes low-level languages powerful for system programming and performance-critical tasks, but it can also make them harder to write and portable. That’s why this option is the best fit: it captures the essence of a low-level language—minimal layers of abstraction between your code and the machine. The other descriptions point to environments or characteristics of higher-level languages (running in web browsers, abstracted data querying, automatic memory management), which do not define low-level programming.

A low-level programming language is defined by providing little or no abstraction from the computer’s instruction set architecture. This means you can see and control hardware details directly—managing memory manually, using pointers, and writing code that maps closely to CPU instructions rather than relying on built-in safety nets or automated management. This close-to-hardware control is what makes low-level languages powerful for system programming and performance-critical tasks, but it can also make them harder to write and portable.

That’s why this option is the best fit: it captures the essence of a low-level language—minimal layers of abstraction between your code and the machine. The other descriptions point to environments or characteristics of higher-level languages (running in web browsers, abstracted data querying, automatic memory management), which do not define low-level programming.