When running several instructions via a computer processor, what sort of processing and what components are needed to prevent empty computation cycles? Describe the events that occurred as a result of their actions.

What kind of processing, and what are the fundamental components of that processing, allows for the avoidance of empty calculation cycles when numerous instructions are sent through a computer processor at the same time? In your own words, describe what transpired as a result of their actions.

How does the ALU execute addition and subtraction operations within a CPU? Provide a brief overview of the process.

All computer software is built up of sets of instructions. Instructions are encoded in binary. The fetch-decode-execute cycle is the sequence of steps that the CPU follows to process instructions. With this background analyses in your own words explain each component in the instruction cycle when turn the computer on.

When a computer processor carries out more than one instruction at once, what are some ways that it might minimize the number of calculation cycles that are lost that it would otherwise waste? Describe what happened as a direct consequence of the actions that they took.

When processing a large number of instructions simultaneously, how can a computer ensure that no cycles are wasted? Can you detail what transpired as a direct result of their actions?