Given two numbers N and M. The task to convert both the numbers in the binary form then add respective bits of both the binary converted numbers but with a given condition that there is not any carry system in this addition.
Input: N = 37, M = 12 Output: 41 Input: N = 456, M = 854 Output: 670
If we don’t consider carry then the binary addition of two bits will be:
1 + 0 = 1 0 + 1 = 1 0 + 0 = 0 1 + 1 = 0 (No carry)
- If you observe clearly you will notice that this is just bitwise XOR of two numbers.
Below is the implementation of the above approach
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- 1 to n bit numbers with no consecutive 1s in binary representation
- 1 to n bit numbers with no consecutive 1s in binary representation.
- Position of rightmost bit with first carry in sum of two binary
- Addition of two numbers without carry
- Convert a given Decimal number to its BCD representation
- Find value of k-th bit in binary representation
- XOR counts of 0s and 1s in binary representation
- Binary representation of a given number
- Maximum 0's between two immediate 1's in binary representation
- Largest number with binary representation is m 1's and m-1 0's
- Maximum distance between two 1's in Binary representation of N
- Binary representation of previous number
- Next greater number than N with exactly one bit different in binary representation of N
- Check if binary representation of a number is palindrome
- Decimal representation of given binary string is divisible by 20 or not
- Length of the Longest Consecutive 1s in Binary Representation
- Find the n-th number whose binary representation is a palindrome
- Check if all the set bits of the binary representation of N are at least K places away
- Decimal representation of given binary string is divisible by 10 or not
- Occurrences of a pattern in binary representation of a number
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