Consider the following C program
The value printed by the given C program is __________ (Answer in integer).
To determine the output of the given C program, we analyze the function gate with input 14362.
The function extracts every alternate digit starting from the second last digit, working from right to left. Here’s the detailed breakdown:
newnum=0, turn=0, t=1t as the smallest power of 10 greater than n. Initially, t=10while(t>0) loop, process each digit:d=n/t=1, n=4362, t=1000turn=1d=n/t=4, n=362, t=100newnum=4 (since turn=1)turn=0d=n/t=3, n=62, t=10turn=1d=n/t=6, n=2, t=1newnum=46 (since turn=1)turn=0d=n/t=2, n=0,t=0turn=1Therefore, the function returns 46.
Finally, the main function prints this value:
printf("%d", gate(14362));
The output is: 46, which is within the given range [46,46].

Suppose in a multiprogramming environment, the following C program segment is executed. A process goes into the I/O queue whenever an I/O related operation is performed. Assume that there will always be a context switch whenever a process requests an I/O, and also whenever the process returns from an I/O. The number of times the process will enter the ready queue during its lifetime (not counting the time the process enters the ready queue when it is run initially) is _________ (Answer in integer).


Suppose in a multiprogramming environment, the following C program segment is executed. A process goes into the I/O queue whenever an I/O related operation is performed. Assume that there will always be a context switch whenever a process requests an I/O, and also whenever the process returns from an I/O. The number of times the process will enter the ready queue during its lifetime (not counting the time the process enters the ready queue when it is run initially) is _________ (Answer in integer).


Consider the following C program
The value printed by the given C program is _________ (Answer in integer).