In a diploid population, the initial allele frequencies are p=0.40 for allele A and q=0.60 for allele a. The fitness values are w_AA=1.0, w_Aa=1.0 and w_aa=0.90. What is the frequency of allele A after one generation of selection?

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In a diploid population, the initial allele frequencies are $p = 0.40$ for allele $A$ and $q = 0.60$ for allele $a$ . The fitness values are $w_{AA} = 1.0$ , $w_{A a} = 1.0$ and $w_{aa} = 0.90$ . What is the frequency of allele $A$ after one generation of selection?

Step-by-step solution

In a diploid population, the initial allele frequencies are p=0.40 for allele A and q=0.60 for allele a. The fitness values are wAA​=1.0, wAa​=1.0 and waa​=0.90. What is the frequency of allele A after one generation of selection?

Step-by-step solution

In a diploid population, the initial allele frequencies are $p = 0.40$ for allele $A$ and $q = 0.60$ for allele $a$ . The fitness values are $w_{AA} = 1.0$ , $w_{A a} = 1.0$ and $w_{aa} = 0.90$ . What is the frequency of allele $A$ after one generation of selection?