Which of the following explains how evolutionary change affects the allele frequ
ID: 67666 • Letter: W
Question
Which of the following explains how evolutionary change affects the allele frequencies and trait distributions in populations?
0. The distribution of all traits within a population can be altered by evolutionary change, but the frequencies of some alleles cannot be changed by evolution.
1.The frequencies of alleles within a population can be altered by evolutionary change, but the trait distributions cannot.
2.In a population, evolutionary change alters either the allele frequencies or distribution of traits, but cannot affect both at the same time.
3.Evolutionary change alters the frequencies of alleles within a population, which can be observed as changes in the distribution of traits.
0. The distribution of all traits within a population can be altered by evolutionary change, but the frequencies of some alleles cannot be changed by evolution.
1.The frequencies of alleles within a population can be altered by evolutionary change, but the trait distributions cannot.
2.In a population, evolutionary change alters either the allele frequencies or distribution of traits, but cannot affect both at the same time.
3.Evolutionary change alters the frequencies of alleles within a population, which can be observed as changes in the distribution of traits.
Explanation / Answer
3.Evolutionary change alters the frequencies of alleles within a population, which can be observed as changes in the distribution of traits.
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