This question is about the binomial distribution. Assume you have a population size of 5 individuals. At a locus with two alleles, A and a, the frequency of A is p-0.9. What is the probability that in the next generation the frequency of A remains 0.9? Give your answer as a decimal. For example, "0.18", not "18" QUESTION 10 With regard to Question #9: What is the probability that p a 0.9 in the next generation? If this is confusing, look at Figure 7.9 in your text and try to understand why in that example the probability that the A1 allele increases in frequency is about 41.5%. The logic is the same. Again, answer using a decimal.

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QUESTION 9
This question is about the binomial distribution. Assume you have a population size of 5 individuals. At a locus with two alleles, A and a, the frequency of A
is p=0.9. What is the probability that in the next generation the frequency of A remains 0.9?
Give your answer as a decimal. For example, "0.18", not "18%"
QUESTION 10
With regard to Question #9: What is the probability that p a 0.9 in the next generation?
If this is confusing, look at Figure 7.9 in your text and try to understand why in that example the probability that the A1 allele increases in frequency is about
41.5%. The logic is the same.
Again, answer using a decimal.
QUESTION 11
Transcribed Image Text:QUESTION 9 This question is about the binomial distribution. Assume you have a population size of 5 individuals. At a locus with two alleles, A and a, the frequency of A is p=0.9. What is the probability that in the next generation the frequency of A remains 0.9? Give your answer as a decimal. For example, "0.18", not "18%" QUESTION 10 With regard to Question #9: What is the probability that p a 0.9 in the next generation? If this is confusing, look at Figure 7.9 in your text and try to understand why in that example the probability that the A1 allele increases in frequency is about 41.5%. The logic is the same. Again, answer using a decimal. QUESTION 11
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