Question

You sample a population of butterflies and find that 56% are heterozygous at a particular locus .what should be the frequency of the homozygous individual in this population

Answer 1

Answer:

what will be frequency of papulation if tasters aregdgdfrfdt the way I can do it for you to the dark knight rises to them and you can do next-generationYou sample a population of butterflies and

Answer 2

The frequency of homozygous individuals in a population can be calculated from the frequency of heterozygous individuals. If p is the frequency of one of the alleles in a population and q is the frequency of the other allele, then the frequency of heterozygotes (individuals carrying both alleles) is 2pq, and the frequency of homozygotes (individuals carrying only one allele) is p^2 for homozygotes with the first allele and q^2 for homozygotes with the second allele.

In your sample, the frequency of heterozygotes is 56%, so 2pq = 0.56. Solving for p and q, we can see that p + q = 1 (because every individual in the population has two alleles). Therefore, q = 1 - p. Substituting q into the equation for heterozygotes, we have 2p(1 - p) = 0.56, which can be solved for p.

Once we have p, we can calculate the frequency of homozygotes: p^2 for the first allele and (1 - p)^2 for the second allele.

Note that in real populations, there is often more genetic variation than described by just two alleles, so these calculations are an approximation.

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