Write the output of the following code segment.(b)
int *ptr, x = 9; ptr = &x; printf(“\n %d”, (*ptr)++); printf(“\n %d”, *ptr); Output:910 Reason:- x is initialized to […]
Write the output of the following code segment.(b) Read More »
int *ptr, x = 9; ptr = &x; printf(“\n %d”, (*ptr)++); printf(“\n %d”, *ptr); Output:910 Reason:- x is initialized to […]
Write the output of the following code segment.(b) Read More »
int *ptr, x = 9; ptr = &x; printf(“\n %d”, (*ptr)++); Output:9 Reason:-In the above program. x is initialized to
Write the output of the following code segment.(a) Read More »
An int pointer requires 4 bytes of memory to store. Similarly, a char pointer also needs 4 bytes of memory.
Dynamic memory allocation allows you to reuse memory and free it when it’s no longer needed, making it more efficient.
Why is dynamic memory allocation an efficient memory management technique? Read More »
A pointer is a type of variable that, instead of storing a regular value like an integer, a double, or
How is a pointer variable different from a normal? Read More »
This program defines a function add() that accepts three indices, sums the elements at those positions in the array, and
Write a C program and define a function add () that accept three integers in array. Read More »
This program defines a recursive function sumOfNaturals() that calculates the sum of the first N natural numbers. `#include // Recursive
This program defines a function search() that searches for an element in an array and returns the index where the
Write a C program and define function search () th Read More »
The program defines a function square() that takes a number as input and returns its square. Here’s how it works:
`#include<stdio.h>int fun ( int x ){if ( x %2 == 0 )return 1;elsereturn 0;}int main(){int number;printf (“\n Enter the number: