Unraveling the Mystery of Palindromes in C Programming

Are you ready to embark on a fascinating journey to discover the secrets of palindromes in C programming? A palindrome, by definition, is an integer that remains unchanged when its digits are reversed. For instance, the number 12321 is a palindrome because it reads the same forwards and backwards.

The Quest for Palindromes Begins

To kick-start our exploration, we’ll create a program that checks whether a given integer is a palindrome or not. But before we dive in, make sure you have a solid grasp of essential C programming concepts, including operators, if…else statements, and while and do…while loops.

Crafting the Palindrome Checker

Let’s get our hands dirty! Our program will prompt the user to enter an integer, which we’ll store in a variable called n. We’ll then assign this value to another variable, original, to preserve the original number. Next, we’ll find the reverse of n and store it in reversed.

The Moment of Truth

Now, it’s time to compare original with reversed. If they’re equal, we’ve got a palindrome on our hands! But how do we make this comparison? That’s where the if…else statement comes in. With a simple conditional check, we can determine whether the user-inputted number is a palindrome or not.

The Code Unveiled

Here’s the code that brings our palindrome checker to life:
“`c

include

int main() {
int n, original, reversed = 0;

printf("Enter an integer: ");
scanf("%d", &n);

original = n;

while (n!= 0) {
    int remainder = n % 10;
    reversed = reversed * 10 + remainder;
    n /= 10;
}

if (original == reversed) {
    printf("%d is a palindrome.\n", original);
} else {
    printf("%d is not a palindrome.\n", original);
}

return 0;

}
“`
With this program, you can now uncover the secrets of palindromes and test your own numbers to see if they possess this unique property. Happy coding!