You are studying a population of voles that show 100% positive assortative mating by phenotype. When you measure the genotype fr
equencies of the population you get the following data. Allele "A" is completely dominant to allele "a."PAA = 0.12PAa = 0.56Paa = 0.32What will the frequency of Aa be in the next generation? A. 0.235B.0.189C.0.120D. 0.096E. 0.251
Assortative mating by phenotype means that individuals with similar phenotypes mate with one another more frequently than would be expected under a random mating pattern. Assortative mating can increase genetic relatedness within a population.
The answer is C. 0.120 because in assortative mating, the allele frequency does not change as it is non-random mating and mates are chosen based on their phenotypes.
The cell part that is used to describe the outer edge of a frog blood cell is called the cell membrane<span>. It is the outermost organelle of animal cells.</span>