What is the relationship between the amount of time required to transition between contexts and the delay caused by interrupts?

How much time is required, taking into account the delay of interrupts, to switch between distinct contexts?

What does it indicate if the time required to switch contexts depends on the duration of an interrupt?

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

What is the relationship between context switch time and interrupt latency?

Which portion of an Interrupt Service Routine is more important for the developer to finish than the actual data transfer?

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?

How long does it take to switch between contexts when interrupt delay is considered?"

May I inquire as to the meaning of the term "Supervisor Mode"?

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