In a timeshare operating system, when the time slot assigned to a process is completed, the process switches from the current state to the Ready state.

Here's a step-by-step explanation:

1. In a timeshare operating system, multiple processes are allowed to use the CPU for a certain period of time. This is known as a time slot.

2. When a process is assigned a time slot, it is in the Running state and is currently using the CPU.

3. Once the time slot for a process is completed, the process is removed from the CPU.

4. The process then goes back to the Ready state, where it waits for its next turn to use the CPU.

5. The scheduler then selects another process from the Ready state and assigns it a time slot, moving it to the Running state.

So, the correct answer is b. Ready state.

Question

In a timeshare operating system, when the time slot assigned to a process is completed, the process switches from the current state to the Ready state.

Here's a step-by-step explanation:

1. In a timeshare operating system, multiple processes are allowed to use the CPU for a certain period of time. This is known as a time slot.

2. When a process is assigned a time slot, it is in the Running state and is currently using the CPU.

3. Once the time slot for a process is completed, the process is removed from the CPU.

4. The process then goes back to the Ready state, where it waits for its next turn to use the CPU.

5. The scheduler then selects another process from the Ready state and assigns it a time slot, moving it to the Running state.

So, the correct answer is b. Ready state.

Knowee AI · Accepted Answer

In a timeshare operating system, when the time slot assigned to a process is completed, the process switches from the current state to the Ready state.

Here's a step-by-step explanation:

1. In a timeshare operating system, multiple processes are allowed to use the CPU for a certain period of time. This is known as a time slot.

2. When a process is assigned a time slot, it is in the Running state and is currently using the CPU.

3. Once the time slot for a process is completed, the process is removed from the CPU.

4. The process then goes back to the Ready state, where it waits for its next turn to use the CPU.

5. The scheduler then selects another process from the Ready state and assigns it a time slot, moving it to the Running state.

So, the correct answer is b. Ready state.

In a timeshare operating system, when the time slot assigned to a process is completed, the process switches from the current state to? a.Terminated stateb.Ready statec.Blocked stated.Suspended state

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