High-level programming languages are independent of the device on which the application will eventually run.

High-level programming languages are independent of the device on which the application will eventually run.

• A. True
• B. False
• C. Independent of the device
• D. Not specified

Answer: (C)

Code written in high-level languages is meant to be portable across devices. The language provides abstractions that hide hardware details like the processor, memory layout, and OS-specific behaviors. When you run the program, a compiler or interpreter translates it into machine code or bytecode for the target device, or executes it on a matching virtual machine. This translation and runtime layer take care of the device-specific differences, so the same source can run on different hardware and operating systems without rewriting the code. That portability hinges on having appropriate runtime support and standard libraries available on each target, but the core idea is that high-level languages are designed to be independent of the device where the application runs.

Code written in high-level languages is meant to be portable across devices. The language provides abstractions that hide hardware details like the processor, memory layout, and OS-specific behaviors. When you run the program, a compiler or interpreter translates it into machine code or bytecode for the target device, or executes it on a matching virtual machine. This translation and runtime layer take care of the device-specific differences, so the same source can run on different hardware and operating systems without rewriting the code. That portability hinges on having appropriate runtime support and standard libraries available on each target, but the core idea is that high-level languages are designed to be independent of the device where the application runs.