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In a timeshare operating system, when the time slot assigned to a process is completed, the process switches from the current state to?
- a)Suspended state
- b)Terminated state
- c)Ready state
- d)Blocked state
Correct answer is option 'C'. Can you explain this answer?
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In a timeshare operating system, when the time slot assigned to a proc...
Time Sharing Operating System
In a time-sharing operating system, multiple processes can run simultaneously, and the CPU time is divided into small time intervals known as time slices or time quanta. When a process completes its time slice, it needs to be switched to another process so that it can get CPU time to execute.
Switching Process State
When a process completes its time slice, it switches from the current state to the ready state. The ready state signifies that the process is ready to execute, but it is waiting for its turn to get CPU time.
Other Process States
There are four states of a process in a time-sharing operating system, as follows:
1. Running State: When a process is currently executing and using CPU time, it is in the running state.
2. Ready State: When a process is ready to execute but waiting for its turn to get CPU time, it is in the ready state.
3. Blocked State: When a process is waiting for some event to occur, such as input/output completion or a signal from another process, it is in the blocked state.
4. Terminated State: When a process completes its execution, it switches to the terminated state.
Conclusion
In summary, when the time slot assigned to a process is completed in a time-sharing operating system, the process switches from the current state to the ready state, indicating that it is ready to execute but waiting for its turn to get CPU time.
In a time-sharing operating system, multiple processes can run simultaneously, and the CPU time is divided into small time intervals known as time slices or time quanta. When a process completes its time slice, it needs to be switched to another process so that it can get CPU time to execute.
Switching Process State
When a process completes its time slice, it switches from the current state to the ready state. The ready state signifies that the process is ready to execute, but it is waiting for its turn to get CPU time.
Other Process States
There are four states of a process in a time-sharing operating system, as follows:
1. Running State: When a process is currently executing and using CPU time, it is in the running state.
2. Ready State: When a process is ready to execute but waiting for its turn to get CPU time, it is in the ready state.
3. Blocked State: When a process is waiting for some event to occur, such as input/output completion or a signal from another process, it is in the blocked state.
4. Terminated State: When a process completes its execution, it switches to the terminated state.
Conclusion
In summary, when the time slot assigned to a process is completed in a time-sharing operating system, the process switches from the current state to the ready state, indicating that it is ready to execute but waiting for its turn to get CPU time.
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In a timeshare operating system, when the time slot assigned to a proc...
In a time-sharing operating system, when the time slot given to a process is completed, the process goes from the running state to the Ready State. In a time-sharing operating system, unit time is defined for sharing CPU, it is called a time quantum or time slice. If a process takes less than 1 time quantum, then the process itself releases the CPU.
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In a timeshare operating system, when the time slot assigned to a process is completed, the process switches from the current state to?a)Suspended stateb)Terminated statec)Ready stated)Blocked stateCorrect answer is option 'C'. Can you explain this answer?
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