13. Which of the following is a benefit of parallel and distributed computing? A. Distributed computing typically requires fewer computers B. Distributed computing can be used when parallel solutions are not possible C. Parallel computing scales more effectively than sequential computing D. Distributed computing improves the speed at which an individual computer executes a program

What are the key distinctions between parallel computing and distributed computing within the context of computing concepts?

Can the time it takes for distributed computing to switch between processes and threads be quantified?

What are the primary differences that can be drawn between time-sharing systems and distributed systems in terms of the architecture of computers? Have you ever thought of contrasting and comparing the two?

Is it possible to put a time estimate on how long it takes for a distributed computing system to transition between processes or threads?

When we say "distributed computing," what do we mean exactly?

What is CPU scheduling so important, in your opinion? Is there a reason scheduling has its own algorithm?

In terms of computer architecture, what are the key distinctions between time-sharing and distributed systems? Can you compare and contrast them?

Is there a way to put a time estimate on how long it takes for a distributed computing system to transition between processes or threads?

scientific inquiry into the field of computing Why is it better to use a few threads rather than a large number of processes?