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Run the simulation twice with default settings, and make sure the "stop when fixed" button is ON. For each simulation trials, take note of how many populations are fixed for the bw allele, and in which populations (i.e., population #1-10) the bw allele became fixed. To determine the generation where 50% of the populations are fixed, find the point where the fifth population is fixed for one of the two alleles (either bw or non-bw). Place your cursor on the line on the graph where the population becomes fixed (i.e., is at 1 or 0 on the y-axis), and the number of generations that have occurred at that point will appear on the x-axis. All of the data has been filled for you, but you need to try and do this on your own so you are familiar with the program for lab this week. Trial Total # of Which Generation where Generation where Generation where populations populations are fixed for the first five of the all populations fixed for bw population is fixed for bw or populations are fixed bw or non- are fixed bw or bw? non-bw non-bw bw N=10 1 3 3, 8, 10 20 56 N=10 3 4, 7, 10 14 59 26 N=20 1, 3, 7, 8, 10 1, 3, 5, 6, 8, 10 1,3,4,5,9,10 1 15 43 106 94 N=20 2 6. 11 26 N=80 6. 51 107 338 N=80 2 3,4,5,6,7,8 58 118 280 1. What was the effect of increasing population size on time to fixation? Explain your results. 2. Since the simulation starts with 50% of the bw allele, what is the average number of populations that would become fixed for this allele? Explain your answer. 3. What is the effect of changing initial bw allele frequency on time to fixation? Explain your answer including data (either in table or figure format) collected from the simulation. You need to decide what parameters to change and what to use as a control in order to answer this question.

Run the simulation twice with default settings, and make sure the "stop when fixed" button is ON. For each simulation trials, take note of how many populations are fixed for the bw allele, and in which populations (i.e., population #1-10) the bw allele became fixed. To determine the generation where 50% of the populations are fixed, find the point where the fifth population is fixed for one of the two alleles (either bw or non-bw). Place your cursor on the line on the graph where the population becomes fixed (i.e., is at 1 or 0 on the y-axis), and the number of generations that have occurred at that point will appear on the x-axis. All of the data has been filled for you, but you need to try and do this on your own so you are familiar with the program for lab this week. Trial Total # of Which Generation where Generation where Generation where populations populations are fixed for the first five of the all populations fixed for bw population is fixed for bw or populations are fixed bw or non- are fixed bw or bw? non-bw non-bw bw N=10 1 3 3, 8, 10 20 56 N=10 3 4, 7, 10 14 59 26 N=20 1, 3, 7, 8, 10 1, 3, 5, 6, 8, 10 1,3,4,5,9,10 1 15 43 106 94 N=20 2 6. 11 26 N=80 6. 51 107 338 N=80 2 3,4,5,6,7,8 58 118 280 1. What was the effect of increasing population size on time to fixation? Explain your results. 2. Since the simulation starts with 50% of the bw allele, what is the average number of populations that would become fixed for this allele? Explain your answer. 3. What is the effect of changing initial bw allele frequency on time to fixation? Explain your answer including data (either in table or figure format) collected from the simulation. You need to decide what parameters to change and what to use as a control in order to answer this question.

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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Run the simulation twice with default settings, and make sure the "stop when fixed" button is ON. For each simulation trials, take note of how many populations are fixed for the bw allele, and in which populations (i.e., population #1-10) the bw allele became fixed. To determine the generation where 50% of the populations are fixed, find the point where the fifth population is fixed for one of the two alleles (either bw or non-bw). Place your cursor on the line on the graph where the population becomes fixed (i.e., is at 1 or 0 on the y-axis), and the number of generations that have occurred at that point will appear on the x-axis. All of the data has been filled for you, but you need to try and do this on your own so you are familiar with the program for lab this week. Trial Total # of Which Generation where Generation where Generation where populations populations the first five of the all populations fixed for bw are fixed for population is fixed for bw or populations are fixed bw or non- are fixed bw or bw? non-bw non-bw bw N=10 3 3, 8, 10 20 56 N=10 2 3 4, 7, 10 14 26 59 N=20 1 15 1, 3, 7, 8, 10 1, 3, 5, 6, 8, 10 43 106 N=20 6 11 26 94 N=80 1 6 1,3,4,5,9,10 51 107 338 N=80 2 3,4,5,6,7,8 58 118 280 1. What was the effect of increasing population size on time to fixation? Explain your results. 2. Since the simulation starts with 50% of the bw allele, what is the average number of populations that would become fixed for this allele? Explain your answer. 3. What is the effect of changing initial bw allele frequency on time to fixation? Explain your answer including data (either in table or figure format) collected from the simulation. You need to decide what parameters to change and what to use as a control in order to answer this question. 1
Transcribed Image Text:Run the simulation twice with default settings, and make sure the "stop when fixed" button is ON. For each simulation trials, take note of how many populations are fixed for the bw allele, and in which populations (i.e., population #1-10) the bw allele became fixed. To determine the generation where 50% of the populations are fixed, find the point where the fifth population is fixed for one of the two alleles (either bw or non-bw). Place your cursor on the line on the graph where the population becomes fixed (i.e., is at 1 or 0 on the y-axis), and the number of generations that have occurred at that point will appear on the x-axis. All of the data has been filled for you, but you need to try and do this on your own so you are familiar with the program for lab this week. Trial Total # of Which Generation where Generation where Generation where populations populations the first five of the all populations fixed for bw are fixed for population is fixed for bw or populations are fixed bw or non- are fixed bw or bw? non-bw non-bw bw N=10 3 3, 8, 10 20 56 N=10 2 3 4, 7, 10 14 26 59 N=20 1 15 1, 3, 7, 8, 10 1, 3, 5, 6, 8, 10 43 106 N=20 6 11 26 94 N=80 1 6 1,3,4,5,9,10 51 107 338 N=80 2 3,4,5,6,7,8 58 118 280 1. What was the effect of increasing population size on time to fixation? Explain your results. 2. Since the simulation starts with 50% of the bw allele, what is the average number of populations that would become fixed for this allele? Explain your answer. 3. What is the effect of changing initial bw allele frequency on time to fixation? Explain your answer including data (either in table or figure format) collected from the simulation. You need to decide what parameters to change and what to use as a control in order to answer this question. 1
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Answer-2.

50%  of  the population will be fixed for the allele this is because genetic drift is random.

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