q = square root of .24 = .49 10 population is in years doesn’t matter because equilibrium (allele frequencies should not change) 4. If the genotype frequencies of an insect population are = 0.49, = 0.42, and AA Aa = 0.09, what is the gene frequency of the dominant allele? Round your answer to the aa nearest tenth. q = square root of .09 = .3 p = 1-q = .7 5. If a population has 500 individuals and 127 have the genotype, assuming simple bb dominance of the alleles, what is the frequency of the genotype? Round your answer B Bb to the nearest hundredth. q = square root of 127/500 = .50 p = 1-q = .50 Bb = 2pq = 2(.5)(.5) = .50
q = square root of .24 = .49 10 years doesn’t matter because population is in equilibrium (allele frequencies should not change) 4. If the genotype frequencies of an insect population are AA = 0.49, Aa = 0.42, and aa = 0.09, what is the gene frequency of the dominant allele? Round your answer to the nearest tenth. q = square root of .09 = .3 p = 1-q = .7 5. If a population has 500 individuals and 127 have the bb genotype, assuming simple dominance of the B alleles, what is the frequency of the Bb genotype? Round your answer to the nearest hundredth. q = square root of 127/500 = .50 p = 1-q = .50 Bb = 2pq = 2(.5)(.5) = .50
Hardy%20Weinberg%20Grid-In%20Problems.w.answers.docx