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Question 8 (1 point) You are studying selection at a locus that affects the ability of insect eggs to resist desiccation. There are currently 2 alleles at this locus in the population you are studying. You establish the relative fitness of the resulting genotypes to be: WAA = 0.85, WAa = 1, Waa = 0.9. If the current frequency of the A allele is 0.5, how do you expect it to change over time? [this is a conceptual question, no calculation needed] Increase until it reaches 0.6 Increase until it reaches 0.85 Increase until it reaches 1 Decrease until it reaches 0.4 Decrease until it reaches 0

Name: question 8 1 point you are studying selection at a locus that affects the ability of insect eggs to resist desiccation there are currently 2 alleles at this locus in the population you are s 19284
Uploaded: 2022-07-01T16:14:31-08:00
Duration: 5 min 58 s
Channel: Sukhada S
Description: question 8 1 point you are studying selection at a locus that affects the ability of insect eggs to resist desiccation there are currently 2 alleles at this locus in the population you are s 19284

          Question 8 (1 point)
You are studying selection at a locus that affects the ability of insect eggs to resist desiccation. There are currently 2 alleles at this locus in the population you are studying. You establish the relative fitness of the resulting genotypes to be: WAA = 0.85, WAa = 1, Waa = 0.9. If the current frequency of the A allele is 0.5, how do you expect it to change over time? [this is a conceptual question, no calculation needed]
Increase until it reaches 0.6
Increase until it reaches 0.85
Increase until it reaches 1
Decrease until it reaches 0.4
Decrease until it reaches 0

question 8 1 point you are studying selection at a locus that affects the ability of insect eggs to resist desiccation there are currently 2 alleles at this locus in the population you are s 19284

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