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1.If the frequency of red-green colorblindness is males is 8%, what would predict the frequency to be in females?
1.If the frequency of red-green colorblindness is males is 8%, what would predict the frequency to be in females? Assume Hardy-Weinberg equilibrium.
2.What if there are three alleles (A, a, α) at frequencies of 0.5, 0.3, and 0.2. What would you expect genotype frequencies to be?If A were dominant and the other two codominant, what would you expect to be the frequency of individuals expressing the dominant trait?
3.Which of the following populations does not appear to be at Hardy Weinberg equilibrium?
a.AA = 0.81, Aa = 0.18, aa = 0.01
b.AA = 0.66, Aa = 0.28, aa = 0.02
c. AA = 0.09, Aa = 0.42, aa = 0.49
d.AA = 0.16, Aa = 0.48, aa = 0.36
e. AA = 0.25, Aa = 0.50, aa = 0.25
