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In humans, brachydactyly is a dominant condition caused by B allele. If the frequency of the B allele is 0.6, how many people in the population of 20,000 would NOT display the brachydactyl condition, assuming that it is at HW équilibrium

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理解问题In humans, brachydactyly is a dominant condition caused by B allele. If the frequency of the B allele is 0.6, how many people in the population of 20,000 would NOT display the brachydactyl condition, assuming that it is at HW équilibrium

已完成理解In humans, brachydactyly is a dominant condition caused by B allele. If the frequency of the B allele is 0.6, how many people in the population of 20,000 would NOT display the brachydactyl condition, assuming that it is at HW équilibrium

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In humans, brachydactyly is a dominant condition caused by B allele. If the frequency of the B allele is 0.6, how many people in the population of 20,000 would NOT display the brachydactyl condition, assuming that it is at HW équilibrium
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In humans, brachydactyly is a dominant condition caused by B allele. If the frequency of the B allele is 0.6, how many people in the population of 20,000 would NOT display the brachydactyl condition, assuming that it is at HW équilibrium
What is the Hardy-Weinberg equilibrium principle?
How is allele frequency calculated in genetics?
What are the different types of brachydactyly?

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