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Operating System Final Exam (2-BSIT-1)

Quiz by Brianne M. Singson

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25 questions
Show answers
  • Q1

    In this Scheduling Algorithm, the process that has the smallest next CPU burst will be assigned to the CPU if available.

    SJFS

    FCFS

    Priority Scheduling

    Round Robin

    60s
  • Q2

    Using the first come first serve algorithm, assuming that all processes arrive at time 0, calculate the average waiting time of these processes considering the burst time of each process is equal to P1 = 2, P2 = 3, and P3 = 5.

    1.66

    10

    3.33

    2.33

    300s
  • Q3

    A major problem in priority scheduling is indefinite blocking, also known as ________________ which can leave some low-priority processes waiting indefinitely.

    Users re-arrange answers into correct order
    Jumble
    60s
  • Q4

    Connect the following :

    Users link answers
    Linking
    120s
  • Q5

    Arrange the following steps in order to compute the average waiting time in Round Robin Algorithm.

    Users link answers
    Linking
    120s
  • Q6

    In method 2 of the Round Robin Algorithm, we can compute both average waiting time and average turnaround time.

    false
    true
    True or False
    60s
  • Q7

    Shortest-Job-First Scheduling can be either preemptive or nonpreemptive

    true
    false
    True or False
    60s
  • Q8

    Preemptive scheduling in SJFS means that the arrival time is NOT considered and focuses only on the length of the process.

    false
    true
    True or False
    60s
  • Q9

    Considering the process listed, which of the following two processes will be processed first using the SJFS Algorithm in preemptive mode?

    Question Image

    P1 followed by P3

    P2 followed by P1

    P1 followed by P2

    P3 followed by P4

    120s
  • Q10

    When using the round-robin scheduling, how many interrupts could the P1 process encounter if the time quantum = 4?

    Question Image

    1

    2

    3

    4

    300s
  • Q11

    Considering the round-robin algorithm with a time quantum of 4, at what time will P4 will be finished processing?

    Question Image

    8

    20

    12

    18

    300s
  • Q12

    Considering the round-robin algorithm with a time quantum of 4, at what time will P3 start to be processed?

    Question Image

    7

    10

    16

    8

    300s
  • Q13

    In the SJFS Algorithm, which of the following process will be processed first? 

    P3 with a burst time of 2

    P1 with a burst time of 3

    P2 with a burst time of 4

    P4 with a burst time of 2

    60s
  • Q14

    Using the priority scheduling algorithm, which process will be the first to be finished and why?

    Question Image

    P5, because it has the highest priority value.

    P1, because it is the first to be processed.

    P4, because it has the least burst time value.

    P3, because it has the first priority value.

    120s
  • Q15

    Using the priority scheduling algorithm, P2 and P5 have the same burst time of 5, which among the two processes will be the first to be processed and why?

    Question Image

    P5, because it has the highest process ID.

    P2, because it has the highest priority value.

    P2, because it has the lowest process ID.

    P5, because it has the highest priority value.

    120s

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