Consider a locus with two alleles, A and A. If the rate of mutation from A to a is twice the rate from a to A, what will be the equilibrium frequency of the A allele? (Assume that there are no other evolutionary forces acting on these alleles. Recall that the equilibrium allele frequency under mutation is p*=v($\mu$+ v), where p* is the equilibrium frequency of the A allele, $\mu$ is the rate of mutation from A to a, and v is the rate of mutation from a to A.
A) 1.0
B) 1/2
C) 1/3
D) 0

Question

Quizplus · Accepted Answer

The Answer of Consider a locus with two alleles, A and A. If the rate of mutation from A to a is twice the rate from a to A, what will be the equilibrium frequency of the A allele? (Assume that there are no other evolutionary forces acting on these alleles. Recall that the equilibrium allele frequency under mutation is p*=v($\mu$+ v), where p* is the equilibrium frequency of the A allele, $\mu$ is the rate of mutation from A to a, and v is the rate of mutation from a to A.
A) 1.0
B) 1/2
C) 1/3
D) 0

Consider a Locus with Two Alleles, a and A μ\muμ + V), Where P* Is the Equilibrium Frequency of the the Rate

Consider a Locus with Two Alleles, a and A $\mu$ + V), Where P* Is the Equilibrium Frequency of the the Rate