Which one of the following statements about waiting times of processes is FALSE? The average waiting time for a given set of processes with Shortest-Job-First scheduling (without preemption) depends on the order in which the processes arrived in the queue. O None of the mentioned O Multi-level Queue Scheduling is most suitable when processes have diverse needs in terms of CPU and I/O bursts The average waiting time for a given set of processes with Priority scheduling (without preemption) does not depend on the order in which the processes arrived in the queue. The average waiting time for a given set of processes with First-Come-First-Served scheduling (without preemption) depends on the order in which the processes arrived in the queue.

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Which one of the following statements about waiting times of processes is FALSE?
The average waiting time for a given set of processes with Shortest-Job-First scheduling (without
preemption) depends on the order in which the processes arrived in the queue.
None of the mentioned
Multi-level Queue Scheduling is most suitable when processes have diverse needs in terms of CPU and I/O
bursts
The average waiting time for a given set of processes with Priority scheduling (without preemption) does not
depend on the order in which the processes arrived in the queue.
The average waiting time for a given set of processes with First-Come-First-Served scheduling (without
preemption) depends on the order in which the processes arrived in the queue.
Transcribed Image Text:Which one of the following statements about waiting times of processes is FALSE? The average waiting time for a given set of processes with Shortest-Job-First scheduling (without preemption) depends on the order in which the processes arrived in the queue. None of the mentioned Multi-level Queue Scheduling is most suitable when processes have diverse needs in terms of CPU and I/O bursts The average waiting time for a given set of processes with Priority scheduling (without preemption) does not depend on the order in which the processes arrived in the queue. The average waiting time for a given set of processes with First-Come-First-Served scheduling (without preemption) depends on the order in which the processes arrived in the queue.
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