Write a program to check number is Palindrome or not in Java class 9,class 10

palindrome names

Cracking the Palindrome Code: Detecting Palindromic Numbers in Java

In the realm of programming, certain challenges pique our curiosity and beckon us to explore the intricacies of logic and code. Today, we delve into the fascinating task of determining whether a number is a palindrome or not using Java. Join us as we unravel the secrets behind this intriguing endeavor, where numbers become the canvas for testing symmetry and logic.

## The Enigma of palindrome names

A palindrome is a sequence of characters or numbers that reads the same forwards as it does backwards. It's a concept that resonates across various forms of communication, from words to numbers.The challenge here is to ascertain whether a given number retains its original value when its digits are reversed.

Imagine checking if numbers like 121, 1331, or 12321 are palindromic. The rules of symmetry are tested as we explore whether the digits of these numbers hold the same value when read in reverse order.

Source code of program 

import java.util.Scanner;

public class Palindrome // class name 

{

    public static void main(String args [])

    {

        int a,n,rem,s=0;

        System.out.println("Input any Number To find it is Palindrome or Not");

        Scanner Jo=new Scanner(System.in);

        a=Jo.nextInt();

        n=a;

        while(a!=0)

        {

        rem=a%10;

        s=s*10+rem;

        a=a/10;

    }

        if(n==s)

        System.out.println(n+"\tThis is a Palindrome \t "+s);

        else

        System.out.println(n+" This is not a Palindrome " +s);

    }

}

Download Source Code

## Unveiling the Palindrome Detection

The journey into detecting palindromic numbers takes us into the heart of Java programming. To illustrate, consider the following code snippet:

In this dance of code, the method `check Palindrome` takes center stage. It employs a loop to reverse the digits of the given number and then compares the reversed version with the original. If the two match, the number is declared a palindrome; otherwise, it's not.

## The Beauty of Symmetry

The detection of palindromic numbers is an exploration of symmetry in the numerical realm. Just as palindromic words read the same forwards and backwards, palindromic numbers exhibit a unique form of mathematical symmetry. The code carefully navigates through the digits, orchestrating their reversal to ultimately decide whether the number stands as a testament to this mathematical beauty.

## A Glimpse into Mathematical Intricacies

While detecting palindromic numbers might appear as a puzzle, it offers a glimpse into the world of mathematical intricacies and logical manipulation. It reminds us that numbers, beyond being mere quantities, hold properties that spark curiosity and exploration.

## Unraveling Palindromic Mysteries

In the realm of programming, detecting palindromic numbers in Java unfolds as a journey into logic and symmetry. The code becomes a guide that navigates the digits, revealing whether they form a sequence that remains unchanged even when reversed.

So, dear reader, embrace the challenge of palindromic detection as you traverse the landscape of Java programming. Let the code become your conduit to unravel the mysteries of numerical symmetry, and witness the magic of logic at play.

Output Screen