_____ is when the heterozygote has a higher fitness than either of the two homozygotes (W11 < W12 > W22) . Allelic frequencies will change in this population until _____.
A) Underdominance; an allele is fixed
B) Homeostasis; Hardy-Weinberg equilibrium is achieved
C) Dominance; a tipping point is passed
D) Recombination; linkage equilibrium is obtained
E) Overdominance; a stable equilibrium is reached
Correct Answer:
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Q48: _ is the movement of genes between
Q49: The frequency of q in population 1
Q50: Rapid changes in allelic frequencies by _
Q51: _ ultimately produces all new genetic variation
Q52: In overdominance, the HIGHEST fitness is found
Q54: Through _, alleles may disappear from a
Q55: Suppose a disease is caused by a
Q56: Which agent of evolution tends to reduce
Q57: Genetic diseases in humans are usually rare
Q58: A population that goes through a dramatic
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