Mr Sulaiman has four kids, named Asmahan (eldest), Baraq, Dhikra, and Hamza (youngest). One day, Sulaiman brought a new motorcycle to home. As he opened this single-seated motorbike, all the kids were...


Mr Sulaiman has four kids, named Asmahan (eldest), Baraq, Dhikra, and Hamza (youngest). One day, Sulaiman brought a<br>new motorcycle to home. As he opened this single-seated motorbike, all the kids were excited and want to ride the<br>motorbike first. So, Sulaiman came up with a plan: each one will get only 9 minutes to ride and has to pass on to the next<br>younger sister/brother. After Hamza finishes his 6 minutes, the turn goes to Asmahan again.<br>Following is the time each kid ride the motorbike in total.<br>• Asmahan played 9 minutes.<br>• Baraq played 13 minutes.<br>• Dhikra played 17 minutes.<br>• Hamza played 15 minutes.<br>Consider this scenario in terms of Process Scheduling Algorithm and answer the following.<br>a) What is the suitable Process Scheduling Algorithm that can be used here?<br>b) Draw a Gantt chart in a paper for the above scenario capture an image, upload it in moodle<br>c) Find the Average Turnaround Time.<br>d) Find the Average Waiting Time.<br>

Extracted text: Mr Sulaiman has four kids, named Asmahan (eldest), Baraq, Dhikra, and Hamza (youngest). One day, Sulaiman brought a new motorcycle to home. As he opened this single-seated motorbike, all the kids were excited and want to ride the motorbike first. So, Sulaiman came up with a plan: each one will get only 9 minutes to ride and has to pass on to the next younger sister/brother. After Hamza finishes his 6 minutes, the turn goes to Asmahan again. Following is the time each kid ride the motorbike in total. • Asmahan played 9 minutes. • Baraq played 13 minutes. • Dhikra played 17 minutes. • Hamza played 15 minutes. Consider this scenario in terms of Process Scheduling Algorithm and answer the following. a) What is the suitable Process Scheduling Algorithm that can be used here? b) Draw a Gantt chart in a paper for the above scenario capture an image, upload it in moodle c) Find the Average Turnaround Time. d) Find the Average Waiting Time.

Jun 10, 2022
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