Which statement best describes assembly language?

Which statement best describes assembly language?

• A. It is a mnemonic-based representation that translates to machine code
• B. It is the same as high-level language
• C. It is executed without translation
• D. It is unrelated to hardware

Answer: (A)

Assembly language is a low-level programming language that uses mnemonics for CPU instructions and symbolic memory addresses, so each line represents a specific machine instruction in a human-readable form. An assembler translates these mnemonics into the binary machine code the processor can execute, which is why this language sits one step above raw machine code. Because the mnemonics map directly to a particular processor’s instruction set, assembly is tightly tied to a specific hardware architecture and isn’t portable across different CPUs. This makes it distinct from high-level languages, which aim to abstract away hardware details and are typically executed by compilers or interpreters. In short, assembly language is a mnemonic-based representation that translates to machine code for the hardware it targets.

Assembly language is a low-level programming language that uses mnemonics for CPU instructions and symbolic memory addresses, so each line represents a specific machine instruction in a human-readable form. An assembler translates these mnemonics into the binary machine code the processor can execute, which is why this language sits one step above raw machine code. Because the mnemonics map directly to a particular processor’s instruction set, assembly is tightly tied to a specific hardware architecture and isn’t portable across different CPUs. This makes it distinct from high-level languages, which aim to abstract away hardware details and are typically executed by compilers or interpreters. In short, assembly language is a mnemonic-based representation that translates to machine code for the hardware it targets.