Q.Write a C program to illustrate the use of the continue statement in a for loop. The textbook presents this worked program, transcribed exactly as printed (including its printed errors):

#include <stdio.h>  
void main()  
{  
int kount, sum1=0, sum2=0, limit, rem;  
printf("Enter the limi\n");  
scanf("%d", &limit);  
for (kount=0, kount<limit; kount++)  
{  
    rem=(kount%2);  
    if (rem==0)  
        sum1+=kount;  
    continue; /*bypassing next part */  
    sum2+=kount;  
}    /*End of for */  
printf("The sum even numbers=%d\n", sum1);  
printf("The sum odd numbers=%d\n", sum2);  
} /* End of main()*/  

Sample output printed in the textbook:

Enter the limit  
10  
The sum of even numbers = 20  
The sum of odd numbers = 25  

Loop (iterative) control statements repeat a block of statements as long as a condition holds, which lets a program perform a task many times without rewriting it. C provides three loops.

• while loop - an entry-controlled loop: the condition is tested first, so the body may run zero times.

  while (condition)
  { ... }
  

• do-while loop - an exit-controlled loop: the body runs once first and the condition is tested afterwards, so it always executes at least once.

  do
  { ... }
  while (condition);
  

• for loop - a compact loop that gathers the initialisation, test and update in one line: for (i=1; i<=n; i++). It is the natural choice when the number of repetitions is known.

Loops are used to add a series of numbers, print a name a fixed number of times, or process a menu repeatedly.

Jump statements change this normal flow from inside a loop: …