Final answer:
Assembly languages use mnemonics like ADD as human-readable instructions that are converted into binary code. Mnemonics make programming more accessible compared to using binary, but still require knowledge of a computer's architecture.
Step-by-step explanation:
Assembly languages use mnemonics such as ADD, which are human-readable representations of machine instructions that are automatically converted to the appropriate sequence of 1s and 0s that a computer can understand and execute. Mnemonics serve as a middle ground between writing in pure binary code and using high-level programming languages. They make it easier for programmers to write, read, and maintain code.
An example of an assembly language instruction is the mnemonic 'ADD', which signals the computer to perform an addition operation. Writing in assembly requires a deep understanding of a computer's architecture, as assembly is inherently tied to the specific instructions that a processor can execute.