A bit is a single binary digit, 0 or 1. It turns out that there are exactly 2n distinct sequences of n bits. For example 23=8 and sure enough, there are exactly eight three-bit sequences: 000 001 010 011 100 101 110 111 A byte is a sequence of eight binary digits. For example, the sequence 00100100 represents a single byte. write a program named bits_n_bytes.py that takes integer input from the user representing some number of bytes, then prints a message describing the corresponding number of bits as well as the total number of distinct sequences of that length. For example, if the input is 2 the output must be: There are 16 bits in 2 bytes, with 65536 possible sequences. In order to get credit for this question, your solution may only use a single print statement. Hint: In order to complete this exercise, you'll need to use the Python exponentiation operator: **. For example, we can calculate 26 in Python as follows: >>> 2**6 64