Given two integer numbers, whenever the bits of the first number is set i.e. 1, toggle the bits of the second number leaving the rest bits of the second number unchanged.
Input: 2 5 Output: 7 2 is represented as 10 in binary and 5 is represented as 101. Hence toggling the 2nd bit of 5 from right, thus the new number becomes 7 i.e. 111 Input: 1 3 Output: 2
Just do XOR of the given two Number.
- Toggle bits of a number except first and last bits
- Toggle all even bits of a number
- Toggle first and last bits of a number
- Toggle all odd bits of a number
- Toggle all the bits of a number except k-th bit.
- Toggle the last m bits
- Toggle all bits after most significant bit
- Toggle bits in the given range
- Check if bits of a number has count of consecutive set bits in increasing order
- Maximize a given unsigned number number by swapping bits at it's extreme positions.
- Check if a number has same number of set and unset bits
- Set all odd bits of a number
- Set all even bits of a number
- Same Number Of Set Bits As N
- Largest number less than X having at most K set bits
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Improved By : Mithun Kumar