If the homozygous dominant genotype makes up 36% of the population what is the frequency of the dominant allele in that population?

Parents produce the following gametes:Parent 1: C, cParent 2: c, cThe offspring genotypes are:50% Cc, 50% cc.If the blue allele was dominant, all the offspring would be blue. However, since...

RR x rrF1: 100% RrIf complete dominance than phenotype will be 100% red flowersIf incomplete dominance – 100% pink flowers

According to Hardy-Weinberg equation, p2 + 2pq + q2 = 1, where p is a frequency of the B allele, and q is a frequency of b allele. As the...

If the frequency of allele q = 0.3, frequency of allele p = 1 - 0.3 = 0.7. There are three possible genotypes. Their frequencies are:qq = q2 = 0.09pp...

Solution: The frequencies of different types of genotypes in ideal population are described by the Hardy–Weinberg law: p^2 +2pq+q^2 =1 where p 2 is a frequency of dominant homozygotes, q^2...

Solution B – black b – white Homozygous black: BB Answer: BB

a. q=0.2, and p+q=1. Thus, the frequency of dominant allele is 1-0.2=0.8 b. The frequency of heterozygote is 2*p*q. It is 2*0.8*0.2 = 0.32

A person with five fingers will be homozygous recessive and he can have only one genotype possible- pp.PP and Pp genotype would indicate polydactyly.

Almond shape eyes - dominant trait, let it be Rround shape eyes - recessive trait, so it will be rThe cross : RR * rrOffspring: Rr (so the phenotype -...

Parents Genotypes ;The mother dragon is heterozygous for the wing gene (Ww) and the horn gene (Hh). The father is homozygous recessive for the wing gene (ww) and the horn...