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Questions and Answers
What is the overall turnaround time for the five processes in the single processor computer system with non multi-programming?
What is the overall turnaround time for the five processes in the single processor computer system with non multi-programming?
- 60 ms
- 50 ms (correct)
- 40 ms
- 30 ms
How much time does each process spend on CPU bursts in the given scenario?
How much time does each process spend on CPU bursts in the given scenario?
- 1 ms
- 4 ms
- 3 ms
- 2 ms (correct)
What is the CPU Utilization rate for the five processes in the single processor computer system without multi-programming?
What is the CPU Utilization rate for the five processes in the single processor computer system without multi-programming?
- 10%
- 40%
- 30%
- 20% (correct)
If multi-programming is supported, how does the overall turnaround time for the five processes change compared to non multi-programming?
If multi-programming is supported, how does the overall turnaround time for the five processes change compared to non multi-programming?
What impact does the execution order of the processes have on CPU utilization rate in this scenario?
What impact does the execution order of the processes have on CPU utilization rate in this scenario?
What is the overall turnaround time for executing processes A, B, and C sequentially in a uniprogramming system?
What is the overall turnaround time for executing processes A, B, and C sequentially in a uniprogramming system?
If the order of execution of processes A, B, and C is changed from A C B to C A B in a uniprogramming system, how does this impact the CPU utilization rate?
If the order of execution of processes A, B, and C is changed from A C B to C A B in a uniprogramming system, how does this impact the CPU utilization rate?
What is the CPU utilization rate in the context of executing processes A, B, and C sequentially in a uniprogramming system?
What is the CPU utilization rate in the context of executing processes A, B, and C sequentially in a uniprogramming system?
If the CPU bursts are reduced to 20% for each process instead of 25% in a uniprogramming system, how does this change affect the overall turnaround time?
If the CPU bursts are reduced to 20% for each process instead of 25% in a uniprogramming system, how does this change affect the overall turnaround time?
If the execution order is changed to B A C in a uniprogramming system, what impact does this have on the total time using the CPU compared to the original order (A C B)?
If the execution order is changed to B A C in a uniprogramming system, what impact does this have on the total time using the CPU compared to the original order (A C B)?
What is the impact of multiprogramming on the overall turnaround time?
What is the impact of multiprogramming on the overall turnaround time?
How does the OS handle the CPU utilization rate when executing multiple processes in a multi-programming scenario?
How does the OS handle the CPU utilization rate when executing multiple processes in a multi-programming scenario?
In the context of process execution, why is CPU burst significant?
In the context of process execution, why is CPU burst significant?
How does overlapping CPU and IO operations impact the turnaround time of processes?
How does overlapping CPU and IO operations impact the turnaround time of processes?
If a process with a 2ms CPU burst follows a process with a 5ms CPU burst, how much time is saved during their execution?
If a process with a 2ms CPU burst follows a process with a 5ms CPU burst, how much time is saved during their execution?
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