Question

BIOL400 Hardy-Weinberg Questions If the frequency of the dominant purple allele is 0.7 and the frequency of the recessive white allele is 0.3 what percent of the population will be purple? Assuming Hardy-Weinberg Equilibrium: if the frequency of white flowers is 4%, what are the allele frequencies for the purple and white alleles. If the frequency of the round allele is 0.5 and wrinkled allele is 0.5. What percent will be wrinkled? If the frequency of the sickle cell allele is 0.1 in a population, what percent of the population will be resistant to malaria? Explain why the Hardy-Weinberg formula shows that dominant phenotypes don't inherently increase in frequency in a population.

Answer 1

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WALL - ansiner- p=0.7 q = 0.3 Purple % = [(p)² + 2pq] x 100 -L1.7)2 + 2X0.740.3]100 10.119 + 0.427]x 100 30.91 X100 = 91%. Answer масnеу | tushit с Ивичи - D-сч Alleic frequency for pothite is 10.04 = 0.2 Allelic frequency for purple is 1-0.2 -0.8 Answer - urinkled allele 0.5 % of wrinkled = (10.5124 0.25x100 = 25% snower - HWS - 0.1 , HbA=0.9 (:1-01) Population resistant to Malaria = 22M 6AXHbS = 2X0.9XO./ = 0.18 Answer - There is found random mating between individuals and there is found no migration, no mutation, no selection and large population dize dods to in maintain the frequency of population

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