To what extent does interrupt latency impact the duration required for transitioning between distinct contexts on a computer?

Does interrupt delay have anything to do with how long it takes to switch between contexts?

When a signal is received, the CPU suspends its current activity to process the request. The technique used in this instance is: A' Signal of Interrupt Spooling B C' Interrupt Handling D Polling.

When considering interrupt latency, for instance, how long does it take to switch between different contexts?

Computer science Discuss briefly the types of interrupts, and with one practical example each explain how interrupts

There are several hypotheses that attempt to explain the superior performance of interrupt-driven systems compared to that of non-interrupted ones.

When a central processing unit (CPU) produces an interrupt, the processor is compelled to stop whatever it is working on in order to react to the signal that has been received. It has piqued my interest to learn more about the reasoning for pausing the procedure in order to finish the assignment. Let's begin by going through the steps involved in the process of interrupting, and then we'll move on to the steps involved in the process of executing. Explain?

If we take interrupt latency into consideration, how long does it take to switch between contexts, for instance?