# Python Program to Check a Palindrome Number or Not

Hey Shouters !! Today we have come up with the Python Program to check a palindrome number.

If you are a complete beginner and do not how to write a code in python, please check Introduction to Python.

## What is a palindrome?

A string or a number is said to be palindrome if the reverse of the string is the same as string. For example, “radar” is a palindrome, but “radix” is not a palindrome.

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Examples of String Palindrome: Input: Malayalam Output: Yes Input: Coders Output: No |

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Examples of Number Palindrome- Input- 1221 Output- Yes Input - 2343 Output- No |

## Python Program to Check if a Number is a Palindrome-

This is a Python Program to check whether a given number is a palindrome or not.

**Problem Description**–

The program takes a number and checks whether it is a palindrome or not.

**Problem Solution**–

1. Take the value of the integer and store it in a variable.

2. Transfer the value of the integer into another temporary variable.

3. Using a while loop, get each digit of the number and store the reversed number in another variable.

4. Check if the reverse of the number is equal to the one in the temporary variable.

5. Print the final result.

6. Exit.

## Program/Source Code-

Here is the source code of the Python Program to check whether a given number is a palindrome. The program output is also shown below.

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# Python Program to check palindrome number n=int(input("Enter number:")) temp=n rev=0 while(n>0): dig=n%10 rev=rev*10+dig n=n//10 if(temp==rev): print("The number is a palindrome!") else: print("The number isn't a palindrome!") |

## How the Code Works?

1. Users must first enter the value of the integer and store it in a variable.

2. The value of the integer is then stored in another temporary variable.

3. The while loop is used and the last digit of the number is obtained by using the modulus operator.

4. The last digit is then stored at the one’s place, second last at the ten’s place, and so on.

5. The last digit is then removed by truly dividing the number with 10.

6. This loop terminates when the value of the number is 0.

7. The reverse of the number is then compared with the integer value stored in the temporary variable.

8. If both are equal, the number is a palindrome.

9. If both aren’t equal, the number isn’t a palindrome.

10. The final result is then printed.

## Runtime Test Cases-

Case 1

Enter number:121

The number is a palindrome!

Case 2

Enter number:567

The number isn’t a palindrome!

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This article helped me alot .to learn about this concept of palindrome easily

Happy to help you. Keep following Shout Coders

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