Task C: Mutations Many factors, such as environmental condition, random chance, and errors in handling, can result in a change, or mutation, in the DNA sequence. These changes can range from benign to catastrophic depending on their effects. There are four kinds of mutations. Substitution: a base pair is replaced with another (e. g. aac -> agc). Insertion: a new base pair is added somewhere in the DNA strand. Deletion: a base pair is removed from the sequence. Frameshift: any of the above mutation, or combination thereof, that causes codons to be parsed incorrectly. For this task, we will explore mutations that occur by substitution. Your task is to write a program called Hamming.cpp that calculates the Hamming distance between two strings. Given two strings of equal length, the Hamming distance is the number of positions at which the two strings differ. e. g.: Hamming("aactgc", "atcaga") would output 3. Notice that certain amino acids are encoded by multiple codons. Therefore, not all substitutions result in a change of structure. The file mutations.txt contains an even number of lines (zero-indexed). The even-numbered lines contain the original DNA sequence, and the odd-numbered lines contain that same sequence with substitution mutations. For each pair in mutations.txt, output to the console the Hamming distance followed by yes or no whether the substitution caused a change in structure.