Is when each process involved in an impasse is waiting for another to voluntarily release its resources so that at least one process will be able to continue?


Is when each process involved in an impasse is waiting for another to voluntarily release its resources so that at least one process will be able to continue?

QN=55 (7581) ____ is when each process involved in the impasse is waiting for another to voluntarily release the resource so that at least one will be able to continue on.

This is a List of Available Answers Options :

  1. a. Mutual-exclusion condition
  2. b. Circular-wait condition
  3. c. Hold and wait condition
  4. d. No preemption condition

The best answer is B. b. Circular-wait condition.

Reported from teachers around the world. The correct answer to ❝QN=55 (7581) ____ is when each process involved in the impasse is waiting for another to voluntarily release the resource so that at least one will be able to continue on.❞ question is B. b. Circular-wait condition.
I Recommend you to read the next question and answer, Namely QN=54 (7576) If a system is deadlocked, no processes can with very accurate answers.

CD Dhafi Quiz Is an online learning educational site to provide assistance and insight to students who are in the learning stage. they will be able to easily find answers to questions at school.We strive to publish Encyclopedia quizzes that are useful for students. All facilities here are 100% Free. Hopefully, Our site can be very useful for you. Thank you for visiting.

14.____ is when each process involved in the impasse is waiting for another to voluntarilyrelease the resource so that at least one will be able to continue on.a.Mutual exclusionc.Circular waitb.Resource holdingd.No preemptionc.Circular wait

15.____ showed how the four conditions can be modeled using directed graphs.

Get answer to your question and much more

Dijkstrab.Holtd.Lane & Mooneyb.Holt16.In a directed graph used to model deadlock, ____ represents deadlock.

Get answer to your question and much more

17.Assume the following events and actions take place. The following statement, ____ istrue.Event Action1 P1 requests and is allocated the printer R1.2 P1 releases the printer R1.3 P2 requests and is allocated the disk drive R2.4 P2 releases the disk R2.5 P3 requests and is allocated the plotter R3.6 P3 releases the plotter R3.

Get answer to your question and much more

...17.Assume the following events and actions take place. The following statement, ____ istrue.Event Action1 P1 requests and is allocated the printer R1.2 P1 releases the printer R1.3 P2 requests and is allocated the disk drive R2.

4 P2 releases the disk R2.5 P3 requests and is allocated the plotter R3.6 P3 releases the plotter R3.a.There is no deadlock.c.Event 5 caused deadlock.b.Event 4 caused deadlock.d.Event 6 caused deadlock.a.There is no deadlock.

18.Assume the following events and actions take place. The following statement,____ istrue.Event Action1 P1 requests and is allocated R1.2 P2 requests and is allocated R2.3 P3 requests and is allocated R3.4 P1 requests R2.5 P2 requests R3.6 P3 requests R1.

Get answer to your question and much more

...18.Assume the following events and actions take place. The following statement,____ istrue.Event Action1 P1 requests and is allocated R1.2 P2 requests and is allocated R2.3 P3 requests and is allocated R3.4 P1 requests R2.5 P2 requests R3.6 P3 requests R1.

Get answer to your question and much more

b.Event 4 caused deadlock.d.Event 6 caused deadlock.d.Event 6 caused deadlock19.____ is necessary in any computer system because some resources such as memory,CPU, and dedicated devices must be exclusively allocated to one user at a time.

Get answer to your question and much more

Upload your study docs or become a

Course Hero member to access this document

Upload your study docs or become a

Course Hero member to access this document

End of preview. Want to read all 248 pages?

Upload your study docs or become a

Course Hero member to access this document

Tags

Virtual memory, Paging, Memory Manager

What are the 4 conditions of deadlock?

The four necessary conditions for a deadlock situation to occur are mutual exclusion, hold and wait, no preemption and circular set.

What is hold and wait OS?

Hold and wait is a condition where processes must be stopped from holding single or multiple resources while simultaneously waiting for one or more others. Deadlock avoidance is the simplest and most useful model that each process declares the maximum number of resources of each type that it may need.

What is circular wait in deadlock?

Circular wait: each process must be waiting for a resource which is being held by another process, which in turn is waiting for the first process to release the resource.

What are the types of deadlock?

Two types of deadlocks can be considered:.
Resource Deadlock. Occurs when processes are trying to get exclusive access to devices, files, locks, servers, or other resources. ... .
Communication Deadlock..