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Questions and Answers
What is the purpose of time quantum in round robin CPU scheduling?
What is the purpose of time quantum in round robin CPU scheduling?
- To prioritize processes based on their arrival time
- To allocate more time to processes with longer burst times
- To determine the order in which processes are executed
- To limit the time each process can run on the CPU before being returned to the ready queue (correct)
Where does the ready queue lie in round robin CPU scheduling?
Where does the ready queue lie in round robin CPU scheduling?
- In the CPU cache
- In the RAM (correct)
- In the hard disk
- In the CPU registers
What happens to a process after it has used up its time quantum in round robin scheduling?
What happens to a process after it has used up its time quantum in round robin scheduling?
- It gets terminated immediately
- It gets priority for the next time quantum
- It goes back to the ready queue (correct)
- It continues running until it completes its burst time
How does the CPU handle a process in round robin scheduling when the time quantum is reached?
How does the CPU handle a process in round robin scheduling when the time quantum is reached?
In round robin scheduling, what does the CPU's use of time quantum mean?
In round robin scheduling, what does the CPU's use of time quantum mean?
What is the basis of multiprogramming?
What is the basis of multiprogramming?
What are the observed properties of a process that the success of CPU scheduling depends upon?
What are the observed properties of a process that the success of CPU scheduling depends upon?
What is a CPU burst controlled by?
What is a CPU burst controlled by?
What is a CPU scheduler responsible for?
What is a CPU scheduler responsible for?
What does process execution begin with?
What does process execution begin with?