2. a. If you represent the allele frequencies as f(T)=p and f(t)=q, what does the Hardy-Weinberg Equilibrium...

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Biology

2. a. If you represent the allelefrequencies as f(T)=p and f(t)=q, what does the Hardy-WeinbergEquilibrium Model predict the genotype frequencies will be in therodent population in the next generation (show thecalculations)?
Â Â Â Â Â b.What are the assumptions of the Hardy-Weinberg EquilibriumModel?
Â Â Â Â Â c.What does the model predict about the genotype and allelefrequencies at generations 10, 100, 1000? (Note: This is where theâ€œEquilibriumâ€ comes from)
Â Â Â Â Â d.So, the H-W Eq. Model is a model of no evolution. It predicts thatthe genetic composition of a population should remain constant overtime IF no forces of evolution (the Assumptions in b. above) areacting in the population. Briefly, what is the use of this model ofno evolution in studying evolution at a genetic locus?

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Ans A For a population as HW equilibrium the allelic and genotype frequencies remains constant over generations Hardy Weinberg Equation for 2 allele system for a population at HW equilibrium is given by p q 1 equation 1 p q2 p2 q2 2pq 1 equation 2 Where p allelic frequency of allele 1 say dominant allele T q allelic frequency of allele 2 say See Answer

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