As the name suggests, it selects the process for execution which has the smallest amount of time

remaining until completion.

(a)  

is a preempted version of SJF (Shortest Job First).

(a)  

once a process begins execution, it runs till completion.

(a)  

a running process may be preempted by

a user process with a smallest estimated run time.

(a)  

In (a)   we consider the arrival time as 0 for all the processes.

The process which has the shortest burst time will be executed first.

the execution will focus on the process that has the smallest

time.

(a)  

the lower the number, the higher the priority.

(a)  

The Process with the higher priority among the available

processes is given the CPU.

(a)  

There are two types of priority scheduling algorithm exists.

(a)  

The (a)   assigned to each of the process may or may not vary.

If the

priority number doesn't change itself throughout the process, it is called 

(a)  

if

it keeps changing itself at the regular intervals, it is called 

(a)  

The Processes are scheduled according to

the priority number assigned to them.

(a)  

Once the process gets scheduled, it will run till the

completion.

(a)  

Once the process gets scheduled, it will run till the

completion.

(a)  

The people might get confused with the priority numbers, hence in the GATE, there clearly

mention which one is the highest priority and which one is the lowest one.

(a)  

its Priority is compared with the priority of the other processes present in the ready queue as

well as with the one which is being executed by the CPU at that point of time.

(a)  

The One with

the highest priority among all the available processes will be given the CPU next.

(a)  

the job which is being executed can

be stopped at the arrival of a higher priority job.

(a)  

there is a priority number assigned to each process.

(a)