Given an integer ‘n’, write a Python function that returns true if binary representation of x is palindrome else return false.

Examples:

Input : n = 9 Output : True Binary representation of n=9 is 1001 which is palindrome as well. Input : n = 10 Output : False Binary representation of n=10 is 1010 which is not palindrome.

We have existing solution for this problem please refer Check if binary representation of a number is palindrome link. We can solve this problem in python very quickly. Approach is very simple,

- Convert given number into it’s binary representation using bin(num) function.
- Now reverse binary representation string of number and compare it with original binary represented string, if both are equal that means binary representation of number is pallindrome else not.

** Note :** We can use other approach of checking a string is palindrome or not.

`# Function to check if binary representation of ` `# a number is pallindrome or not ` ` ` `def` `binaryPallindrome(num): ` ` ` ` ` `# convert number into binary ` ` ` `binary ` `=` `bin` `(num) ` ` ` ` ` `# skip first two characters of string ` ` ` `# because bin function appends '0b' as ` ` ` `# prefix in binary representation of ` ` ` `# a number ` ` ` `binary ` `=` `binary[` `2` `:] ` ` ` ` ` `# now reverse binary string and compare ` ` ` `# it with original ` ` ` `return` `binary ` `=` `=` `binary[` `-` `1` `::` `-` `1` `] ` ` ` `# Driver program ` `if` `__name__ ` `=` `=` `"__main__"` `: ` ` ` `num ` `=` `9` ` ` `print` `binaryPallindrome(num) ` |

Output:

True

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