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Question 6 in yellow monkeyflowers (Mimulus guttatus) in the Pacific Northwest, coastal and inland populations are somewhat isolated from one another, so you hypothesize that there is quite a bit of population structure. Some alleles at a polymorphic nucleotide site in a flowering time gene have a G, while others have an A. In a sample of 1000 plants from each environment, the frequencies p and q of the Gand A alleles respectively are as follows: Coastal: pc = f(G)-0.9ac-1(A)-0.1 Inland: p=f(G)-0.6 qf(A)-0.4 Calculate Hy, the heterozygosity (2pa) you would expect to find if there were no population structure. Do not round your answer unless it has more than three decimal places HINT: To do this, you first need to calculate the mean value of p and the mean value of a averaged across the two environments. 0.375 Question 7 Using the data from the previous question, calculate He, the average heterozygosity (2pc4c+ 2PA)/2 expected based on the data from the alicle frequencies from plants in the two separate environments. Do not round your answer unless it has more than three decimal places. NOTE: Your textbook refers to this as He rather than Hg, and this is the more typical notation which I should have probably used in my slides! Question 8 Using the values for Hr and He obtained for the monkeyflower populations in the previous two questions, calculate the value of Fr REMEMBER: FST 1-H/H

Question 6 in yellow monkeyflowers (Mimulus guttatus) in the Pacific Northwest, coastal and inland populations are somewhat isolated from one another, so you hypothesize that there is quite a bit of population structure. Some alleles at a polymorphic nucleotide site in a flowering time gene have a G, while others have an A. In a sample of 1000 plants from each environment, the frequencies p and q of the Gand A alleles respectively are as follows: Coastal: pc = f(G)-0.9ac-1(A)-0.1 Inland: p=f(G)-0.6 qf(A)-0.4 Calculate Hy, the heterozygosity (2pa) you would expect to find if there were no population structure. Do not round your answer unless it has more than three decimal places HINT: To do this, you first need to calculate the mean value of p and the mean value of a averaged across the two environments. 0.375 Question 7 Using the data from the previous question, calculate He, the average heterozygosity (2pc4c+ 2PA)/2 expected based on the data from the alicle frequencies from plants in the two separate environments. Do not round your answer unless it has more than three decimal places. NOTE: Your textbook refers to this as He rather than Hg, and this is the more typical notation which I should have probably used in my slides! Question 8 Using the values for Hr and He obtained for the monkeyflower populations in the previous two questions, calculate the value of Fr REMEMBER: FST 1-H/H

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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D D D Question 6 in yellow monkeyflowers (Mimulus guttatus) in the Pacific Northwest, coastal and inland populations are somewhat isolated from one another, so you hypothesize that there is quite a bit of population structure. Some alleles at a polymorphic nucleotide site in a flowering time gene have a G, while others have an A. In a sample of 1000 plants from each environment, the frequencies p and q of the Gand A alleles respectively are as follows: Coastal: Pc = f(G)-0.9 -1(A) - 0.1 Inland: pf(G)-0.6 q-1(A)-0.4 Calculate Hy, the heterozygosity (2pa) you would expect to find if there were no population structure. Do not round your answer unless it has more than three decimal places HINT: To do this, you first need to calculate the mean value of p and the mean value of a averaged across the two environments. 0.375 Question 7 Using the data from the previous question, calculate He, the average heterozygosity (2pc4c 2PA)/2 expected based on the data from the allele frequencies from plants in the two separate environments. Do not round your answer unless it has more than three decimal places. NOTE: Your textbook refers to this as He rather than Hg, and this is the more typical notation which I should have probably used in my slides! Question 8 Using the values for Hr and He obtained for the monkeyflower populations in the previous two questions, calculate the value of Fr REMEMBER: FST 1-0H/H.
Transcribed Image Text:D D D Question 6 in yellow monkeyflowers (Mimulus guttatus) in the Pacific Northwest, coastal and inland populations are somewhat isolated from one another, so you hypothesize that there is quite a bit of population structure. Some alleles at a polymorphic nucleotide site in a flowering time gene have a G, while others have an A. In a sample of 1000 plants from each environment, the frequencies p and q of the Gand A alleles respectively are as follows: Coastal: Pc = f(G)-0.9 -1(A) - 0.1 Inland: pf(G)-0.6 q-1(A)-0.4 Calculate Hy, the heterozygosity (2pa) you would expect to find if there were no population structure. Do not round your answer unless it has more than three decimal places HINT: To do this, you first need to calculate the mean value of p and the mean value of a averaged across the two environments. 0.375 Question 7 Using the data from the previous question, calculate He, the average heterozygosity (2pc4c 2PA)/2 expected based on the data from the allele frequencies from plants in the two separate environments. Do not round your answer unless it has more than three decimal places. NOTE: Your textbook refers to this as He rather than Hg, and this is the more typical notation which I should have probably used in my slides! Question 8 Using the values for Hr and He obtained for the monkeyflower populations in the previous two questions, calculate the value of Fr REMEMBER: FST 1-0H/H.
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