Imagine a population where there are 20 aa individuals, 50 Aa individuals, and 30 AA individuals. Imagine that selection acts against both homozygotes such that neither homozygote survives to adulthood. What is the frequency of each genotype in the next generation of zygotes?
A) aa = 0, Aa = 1.0, and AA = 0
B) aa = .20, Aa = .60, and AA = .20
C) aa = .20, Aa = .50, and AA = .30
D) aa = .25, Aa = .50, and AA = .25

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The Answer of Imagine a population where there are 20 aa individuals, 50 Aa individuals, and 30 AA individuals. Imagine that selection acts against both homozygotes such that neither homozygote survives to adulthood. What is the frequency of each genotype in the next generation of zygotes?
A) aa = 0, Aa = 1.0, and AA = 0
B) aa = .20, Aa = .60, and AA = .20
C) aa = .20, Aa = .50, and AA = .30
D) aa = .25, Aa = .50, and AA = .25

Imagine a Population Where There Are 20 Aa Individuals, 50