What is Dispatch latency?
A: the speed of dispatching a process from running to the ready state
B: the time of dispatching a process from running to ready state and keeping the CPU idle
C: the time to stop one process and start running another one
D: none of the mentioned
A: the speed of dispatching a process from running to the ready state
B: the time of dispatching a process from running to ready state and keeping the CPU idle
C: the time to stop one process and start running another one
D: none of the mentioned
举一反三
- What is Waiting time? A: the total time in the blocked and waiting queues B: the total time spent in the ready queue C: the total time spent in the running queue D: the total time from the completion till the submission of a process
- Which of the following best defines a cell cycle? () A: The process from the beginning of a mitosis to the beginning of the<br/>next one B: The process from the beginning of a mitosis to the end of the next<br/>one C: The process from the end of a mitosis to the end of the next one D: The process from the end of a mitosis to the beginning of the next<br/>one
- Analyze the running process of the following program and write the running results.#includeint main(){ int a=6; printf("%d\n",a%=a+=a-=a*a); return 0;}______
- Analyze the running process of the following program and write the running results#includeint main(){ int a=3; printf("%d\n",a-=a*=a+=a%a); return 0;}______
- The system is expanded from equilibrium state a to equilibrium state b in the process of I, absorbing 500J of heat, working externally 400J; Then it is compressed to the original state a in the process of II, releasing heat 300J outward. Then, in the process of II, the change of the internal energy is[img=178x135]17e0b762b3b1660.png[/img] A: -100J B: 100J C: 200J D: -200J