Your task is pretty simple. Given two floats, bitwise xor the binary representation of them, and output that as a float.

For example,

Normal: 16.7472 ^ 123.61 = 7.13402e-37
Binary: 01000001100001011111101001000100 ^ 01000010111101110011100001010010 = 00000011011100101100001000010110

Restrictions/clarifications:

• Input/output can be given by any convenient method.
• The program can be a full program or just a function; either is fine.
• The output should be in a common float string representation.
• The float type can be any size, but the minimum size is 2 bytes.
• Shortest code wins.

Your task is pretty simple. Given two floats, bitwise xor the binary representation of them, and output that as a float.

For example,

Normal: 16.7472 ^ 123.61 = 7.13402e-37
Binary: 01000001100001011111101001000100 ^ 01000010111101110011100001010010 = 00000011011100101100001000010110 

Normal: 2.2 ^ 4.4 = 1.17549e-38
Binary: 01000000000011001100110011001101 ^ 01000000100011001100110011001101 = 00000000100000000000000000000000

Normal: 7.898 ^ 3.4444 = 1.47705e-38
Binary: 01000000111111001011110001101010 ^ 01000000010111000110101001111111 = 00000000101000001101011000010101

Restrictions/clarifications:

• Input/output can be given by any convenient method.
• The program can be a full program or just a function; either is fine.
• The float type can be any size, but the minimum size is 2 bytes.
• Standard loopholes are forbidden.
• Shortest code wins.