H hchc Full Member 10+ Year Member Joined Sep 7, 2009 Messages 37 Reaction score 0 Points 0 Dental Student Nov 2, 2011 #1 Advertisement - Members don't see this ad I was wondering if A could possibly be the answer to this question? The answer key says D Which of the following does not change the frequency of alleles in a population? A)mutation D)random interbreeding
Advertisement - Members don't see this ad I was wondering if A could possibly be the answer to this question? The answer key says D Which of the following does not change the frequency of alleles in a population? A)mutation D)random interbreeding
Demps Full Member 10+ Year Member Joined Jul 26, 2011 Messages 729 Reaction score 1 Points 4,571 Location New York Dental Student Nov 2, 2011 #2 hchc said: I was wondering if A could possibly be the answer to this question? The answer key says D Which of the following does not change the frequency of alleles in a population? A)mutation D)random interbreeding Click to expand... Mutation does change frequency of alleles in a population Say you have 50% A and 50% a in a given population and just suppose that heterozygous Aa individuals experienced "mutation" and became aa. That right there increased allele frequency for a and decreased allele frequency for A. Overall, then mutation changes the allele frequency in a given population. Upvote 0 Downvote
hchc said: I was wondering if A could possibly be the answer to this question? The answer key says D Which of the following does not change the frequency of alleles in a population? A)mutation D)random interbreeding Click to expand... Mutation does change frequency of alleles in a population Say you have 50% A and 50% a in a given population and just suppose that heterozygous Aa individuals experienced "mutation" and became aa. That right there increased allele frequency for a and decreased allele frequency for A. Overall, then mutation changes the allele frequency in a given population.