# What does bitwise xor do to a sequence of bits

Bitwise XOR is a logical operation that takes two input bits and returns a single output bit. It is represented by the symbol ^. The output of the XOR operation is true if one of the inputs is true and the other is false. If both inputs are true or both are false, the output is false.

When applied to a sequence of bits, the XOR operation is performed on each bit in the sequence. The result of the XOR operation on the bits is a new sequence of bits. For example, if the input sequence is 1010, the XOR operation will result in 0101.

The XOR operation is often used to encrypt data. By applying the XOR operation to a sequence of bits, it is possible to create a secure encryption algorithm. For example, if the input sequence is 1010 and the key is 1100, the XOR operation will result in 0110. This encrypted sequence can then be used to securely transmit data.

The XOR operation can also be used to detect errors in a sequence of bits. By applying the XOR operation to a sequence of bits, it is possible to detect any errors in the sequence. For example, if the input sequence is 1010 and the expected output is 0101, then the XOR operation will result in 0000. This indicates that there is an error in the sequence.

In summary, the XOR operation is a logical operation that takes two input bits and returns a single output bit. When applied to a sequence of bits, the XOR operation is performed on each bit in the sequence and the result is a new sequence of bits. The XOR operation is often used to encrypt data or detect errors in a sequence of bits.