Non-preemptive scheduling algorithms provide simplicity, predictability, and determinism. They ensure that once a process starts executing, it will not be interrupted, leading to fewer context switches and lower system overhead.

2. How do non-preemptive scheduling algorithms handle task priority?

Non-preemptive scheduling algorithms prioritize tasks based on their arrival time or assigned priority values. The CPU is allocated to the task with the highest priority or the task that has been waiting the longest in the ready queue.

3. Are non-preemptive scheduling algorithms suitable for real-time systems?

Yes, some non-preemptive scheduling algorithms, such as Earliest Deadline First (EDF), are specifically designed for real-time systems. They ensure the timely execution of tasks with strict timing requirements.