ssembly language instructions cannot be directly mapped to machine code instructions specific to a CPU architectur

Your statement seems to be a bit incorrect. Assembly language instructions are actually directly mapped to machine code instructions specific to a CPU architecture. Here's a step-by-step explanation:

1. Assembly language is a low-level programming language that is specific to a particular computer architecture. It can be converted to machine code instructions that a computer's CPU can understand.

2. Each assembly language instruction corresponds to one machine code instruction. This is because assembly language is a human-readable version of machine code.

3. When you write a program in assembly language, each instruction you write corresponds to a specific operation that the CPU can perform.

4. Once you've written your program, you use an assembler to convert your assembly language program into machine code. The assembler is a program that takes your assembly language program as input and outputs a machine code program.

5. The machine code program can then be run on the CPU. Each machine code instruction in the program corresponds to one of the assembly language instructions in your original program.

6. Therefore, assembly language instructions are directly mapped to machine code instructions specific to a CPU architecture.