Which of the following is an example of a high-level programming language mentioned?

Which of the following is an example of a high-level programming language mentioned?

• A. Fortran
• B. Machine Code
• C. Assembly Language
• D. Binary Code

Answer: (A)

High-level programming languages provide abstractions that let you write code in a way closer to human thinking, with loops, conditionals, functions, and readable syntax. They’re designed to be portable across different hardware, using a compiler or interpreter to translate the code into the machine instructions the computer can execute. Fortran is a classic example of a high-level language. It enables scientists and engineers to express computations without worrying about the processor’s exact instructions, and it can run on different machines because a translator converts the code into the appropriate machine language. The other options operate at lower levels: machine code is the raw binary instructions the CPU executes directly; assembly language uses mnemonics to represent those instructions but is still tightly tied to a specific processor; binary code refers to the actual 0s and 1s that hardware understands.

High-level programming languages provide abstractions that let you write code in a way closer to human thinking, with loops, conditionals, functions, and readable syntax. They’re designed to be portable across different hardware, using a compiler or interpreter to translate the code into the machine instructions the computer can execute.

Fortran is a classic example of a high-level language. It enables scientists and engineers to express computations without worrying about the processor’s exact instructions, and it can run on different machines because a translator converts the code into the appropriate machine language.

The other options operate at lower levels: machine code is the raw binary instructions the CPU executes directly; assembly language uses mnemonics to represent those instructions but is still tightly tied to a specific processor; binary code refers to the actual 0s and 1s that hardware understands.