AP Biology MCQ Classification and Evolution In those parts of equatorial Africa where the malaria parasite is most common, the sickle-cell allele constitutes 20% of the ß hemoglobin alleles in the human gene pool. What should be the proportion of heterozygous individuals in populations that live here?

In those parts of equatorial Africa where the malaria parasite is most common, the sickle-cell allele constitutes 20% of the ß hemoglobin alleles in the human gene pool. What should be the proportion of heterozygous individuals in populations that live here?

Naim 01:17 Classification and Evolution

In those parts of equatorial Africa where the malaria parasite is most common, the sickle-cell allele constitutes 20% of the ß hemoglobin alleles in the human gene pool.
What should be the proportion of heterozygous individuals in populations that live here?

A. 0.04

B. 0.16

C. 0.20

D. 0.32

E. 0.80

Answer: D

AP Biology MCQ

In those parts of equatorial Africa where the malaria parasite is most common, the sickle-cell allele constitutes 20% of the ß hemoglobin alleles in the human gene pool. What should be the proportion of heterozygous individuals in populations that live here?

In those parts of equatorial Africa where the malaria parasite is most common, the sickle-cell allele constitutes 20% of the ß hemoglobin alleles in the human gene pool.What should be the proportion of heterozygous individuals in populations that live here?

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In those parts of equatorial Africa where the malaria parasite is most common, the sickle-cell allele constitutes 20% of the ß hemoglobin alleles in the human gene pool.
What should be the proportion of heterozygous individuals in populations that live here?