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A gene has two alleles with a frequency of .6 for the B allele, and a frequency of .4 for the b allele. What is the corresponding Hardy-Weinberg equation for genotypic frequency?
a
bb2 + 2BB + Bb2 = 1
b
Bb2 + 2BB + bb2 = 1
c
bb2 + 2BB + Bb2 = 100
d
BB2 + 2Bb + bb2 = 100
e
BB2 + 2Bb + bb2 = 1
A gene has two alleles with a frequency of .6 for the B allele, and a frequency of .4 for the b allele. What is the corresponding Hardy-Weinberg equation for genotypic frequency?
a
bb2 + 2BB + Bb2 = 1
b
Bb2 + 2BB + bb2 = 1
c
bb2 + 2BB + Bb2 = 100
d
BB2 + 2Bb + bb2 = 100
e
BB2 + 2Bb + bb2 = 1
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Related textbook solutions
Related questions
Consider a wildflower population with the following allele and genotype frequencies.
Frequency of the CRallele: p = 0.6
Frequency of the CWallele: q = 0.4
Frequency of CRCR: 50%
Frequency of CRCW: 20%
Frequency of CWCW: 30%
Is this population in Hardy-Weinberg equilibrium?
| No, the frequency of genotype CRCWis too low. |
| No, the frequency of genotype CRCRis too low. |
| Yes, the genotype frequencies are what we would expect for a population in Hardy-Weinberg equilibrium. |
| No, the frequency of genotype CWCWis too low. |
