n a computer processor avoid wasting computation cycles while executing many instructions simultaneously? Explain what transpired as a result of their activities.

How can a computer processor avoid wasting computation cycles while running many instructions at once? Explain what transpired as a consequence of their actions.

How may empty calculation cycles be avoided when a computer processor is processing several instructions at once? Justify their actions and the results they caused.

How can a computer processor prevent squandering calculation cycles that would otherwise be wasted if it runs many instructions at once? Explain what happened as a consequence of their activities.

How is it possible for a computer processor to avoid waste calculation cycles while concurrently processing a large number of instructions? Describe what happened as a direct consequence of the actions that they took.

If a computer processor executes many instructions at once, how can it prevent resource waste? What was the outcome of their deeds?

A CPU accesses 100 program instructions. Each memory access takes 5 nanoseconds ( ns, or billionths of a second). All 100 instructions are in memory. What is the total time?    No hand written and fast answer with explanation

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?