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In Round-Robin scheduling, what happens when a process's time quantum expires?
How does a smaller time quantum affect Round-Robin performance?
What is the primary advantage of Round-Robin over FCFS scheduling?
In Round-Robin, how are processes selected from the ready queue?
Why might Round-Robin experience the convoy effect?
What happens if time quantum is very small in Round-Robin?
How is CPU allocated in Round-Robin scheduling?
What is the effect of increasing time quantum?
How does Round-Robin differ from FCFS?
What occurs if a process exceeds time quantum?
In Round-Robin scheduling, what happens if the time quantum is extremely large?
In Round-Robin scheduling, what happens if the time quantum is extremely large?
In Round-Robin scheduling, what happens if the time quantum is extremely large?
In Round-Robin scheduling, what happens if the time quantum is extremely large?
In Round-Robin scheduling, what happens if the time quantum is extremely large?