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25 Apr 2018
Assume a population of pea plants consists of 300 TT and 700 tt, with T (tall) dominant to t (short).
A. What are the phenotypic, genotypic, and allele frequencies?
B. Further assume that you allow this population to undergo one generation of random mating with eachother and you know that mutation is very rare, there is no selection happening, and the population is large enought that drift is negligible. You count the number of tall plants to be 382 and the number of short plants to be 368. What is the genotypic frequency of this generation? What is the allele frequency?
C. Was the original population in Hardy Weinberg equilibrium?
D. Did any evolution occur from one generation to the next?
Assume a population of pea plants consists of 300 TT and 700 tt, with T (tall) dominant to t (short).
A. What are the phenotypic, genotypic, and allele frequencies?
B. Further assume that you allow this population to undergo one generation of random mating with eachother and you know that mutation is very rare, there is no selection happening, and the population is large enought that drift is negligible. You count the number of tall plants to be 382 and the number of short plants to be 368. What is the genotypic frequency of this generation? What is the allele frequency?
C. Was the original population in Hardy Weinberg equilibrium?
D. Did any evolution occur from one generation to the next?
Sixta KovacekLv2
25 Apr 2018
