refer to the table from question 9: in this hypothetical example, assume scientists determined that this…
refer to the table from question 9: in this hypothetical example, assume scientists determined that this sequence accumulates 2 mutations per year. use the nucleotide changes to determine the evolutionary distance between viruses b and e. 84 82 78 80
Answer
Explanation:
Step1: Identify nucleotide - change value
From the table, the number of nucleotide changes between viruses B and E is 160.
Step2: Calculate evolutionary distance
Since the sequence accumulates 2 mutations per year, the evolutionary distance $d=\frac{160}{2}=80$.
Answer:
80