this is kinda science-y but anyway...
Assume a single locus with B dominant to b, with the B causing brown fur and the b causing yellow fur. For each of the two following populations, calculate the: (a) phenotype frequencies (colors); (b) genotype frequencies (number of each of the three genotypes); (c) allele frequencies; and (d) state if each population appears to be in Hardy-Weinberg Equilibrium.

Population BB Bb bb
A 15 70 15
B 60 15 25

Question

this is kinda science-y but anyway... 
Assume a single locus with B dominant to b, with the B causing brown fur and the b causing yellow fur.  For each of the two following populations, calculate the: (a) phenotype frequencies (colors); (b) genotype frequencies (number of each of the three genotypes); (c) allele frequencies; and (d) state if each population appears to be in Hardy-Weinberg Equilibrium.

Population	BB		Bb		bb
A		15		70		15
B		60		15		25