FUNDAMENTALS OF COMPUTER

Detailed explanation-1: -Assembly language uses mnemonics to represent instructions. Writing in mnemonics is easy for programmers because they are usually brief representations of the actual commands. They are quicker to write than binary, and it is easier to spot mistakes.

Detailed explanation-2: -Examples of mnemonics in assembly language include ADD (which odd data), MUL (which multiplies data), MOV (which moves data), JUMP (which performs a jump operation).

Detailed explanation-3: -Assembly language uses mnemonics to represent instructions. Writing in mnemonics is easier for programmers because they are usually brief representations of the commands. They are quicker to write than binary and it is easier to spot mistakes.

Detailed explanation-4: -Assembly-language allows the designer to program in terms of the machine instructions that a specific processor can perform. Since binary machine-code instructions are difficult to understand directly, assembly-language programs are expressed in a symbolic notation.