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Field Data Summary 29 6 4 5 dd 3 Collecting Site 1 2 Substrate Color Light Light Dark Dark Dark Allele and Di Light Number of Mice 8 85 7 15 45 83 2 =p² Frequency of mice with the dd genotype on light-colored substrate Frequency of mice with the DD genotype on light-colored substrate Frequency of mice with the Dd genotype on light-colored substrate frequency get a + p first = 9² Light 6 12 from question l 80 0 0 3 Phenotype 40 Dark 2 57 QUESTIONS 1. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on light-colored substrates. frequency = number of mice of one color/total number of mice 6 +86 +40 8+85+83 Frequency of light-colored mice Frequency of dark-colored mice 126=0 2. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on dark-colored substrates. 176 frequency = number of mice of one color/total number of mice locations 3,4,5 questions 2+4 15 42 Frequency of light-colored mice Frequency of dark-colored mice 3. Using the Hardy-Weinberg equation and data from the table above, determine the number of mice with the DD and Dd genotypes on the light, rocky, granite substrate. Locations 1,216 Use total fram all 3 locations question 1+3 43 dark total = p²+2pq =9² =

Field Data Summary 29 6 4 5 dd 3 Collecting Site 1 2 Substrate Color Light Light Dark Dark Dark Allele and Di Light Number of Mice 8 85 7 15 45 83 2 =p² Frequency of mice with the dd genotype on light-colored substrate Frequency of mice with the DD genotype on light-colored substrate Frequency of mice with the Dd genotype on light-colored substrate frequency get a + p first = 9² Light 6 12 from question l 80 0 0 3 Phenotype 40 Dark 2 57 QUESTIONS 1. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on light-colored substrates. frequency = number of mice of one color/total number of mice 6 +86 +40 8+85+83 Frequency of light-colored mice Frequency of dark-colored mice 126=0 2. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on dark-colored substrates. 176 frequency = number of mice of one color/total number of mice locations 3,4,5 questions 2+4 15 42 Frequency of light-colored mice Frequency of dark-colored mice 3. Using the Hardy-Weinberg equation and data from the table above, determine the number of mice with the DD and Dd genotypes on the light, rocky, granite substrate. Locations 1,216 Use total fram all 3 locations question 1+3 43 dark total = p²+2pq =9² =

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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The Making of the Fittest: Natural Selection and Adaptation Frequency of mice with the dd genotype on dark-colored substrate Frequency of mice with the DD genotype on dark-colored substrate 4. Using the Hardy-Weinberg equation and data from the table above, determine the number of mice with the DD and Dd genotypes on the dark, rocky lava substrate. AID The land land Biolnteractive.org Frequency of mice with the Dd genotype on dark-colored substrate 5. Which fur color seems to have the greatest overall selective advantage? Use data collected from both dark-colored and light-colored substrates to support your answer. Dark for, since from the datel we can see that in the darke colored substrate the population for dark for 7. In a separate study, 76 rock pocket mice were collected from four diff collecting site was in Arizona LESSON STUDENT HANDOUT 6. According to the film, what environmental change gave a selective advantage for one coat color over another? gut dark due to the lavd rock, which made the light for colored gand out to predators PTI
Transcribed Image Text:The Making of the Fittest: Natural Selection and Adaptation Frequency of mice with the dd genotype on dark-colored substrate Frequency of mice with the DD genotype on dark-colored substrate 4. Using the Hardy-Weinberg equation and data from the table above, determine the number of mice with the DD and Dd genotypes on the dark, rocky lava substrate. AID The land land Biolnteractive.org Frequency of mice with the Dd genotype on dark-colored substrate 5. Which fur color seems to have the greatest overall selective advantage? Use data collected from both dark-colored and light-colored substrates to support your answer. Dark for, since from the datel we can see that in the darke colored substrate the population for dark for 7. In a separate study, 76 rock pocket mice were collected from four diff collecting site was in Arizona LESSON STUDENT HANDOUT 6. According to the film, what environmental change gave a selective advantage for one coat color over another? gut dark due to the lavd rock, which made the light for colored gand out to predators PTI
frequencies for each location. Each site was separated trapped a total of 225 mice. The numbers below are modified from their original data. Field Data Summary 5 6 4 3 2 Collecting Site 1 Substrate Color Light Light Dark Dark Dark Light Number of Mice 8 85 7 15 45 83 Frequency of mice with the DD genotype on light-colored substrate 511 Frequency of mice with the Dd genotype on light-colored substrate dd frequency = 9² from question 2 I get af + p first HHMI HOWARD HUGHES MEDICAL INSTITUTE Light 6 80 0 www.Biolnteractive.org 0 Phenotype 3 to 40 Dark 2 Allele and Phenotype Frequencies in Rock Pocket Mouse Populations 5 7 15 QUESTIONS 1. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on light-colored substrates. frequency = number of mice of one color/total number of mice gavam o +80 +40 8+85 +83 Frequency of light-colored mice Frequency of dark-colored mice 2. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on dark-colored substrates. 116 frequency = number of mice of one color/total number of mice locations 3,4,5 questions 2 +4 42 43 Frequency of light-colored mice Frequency of dark-colored mice 3. Using the Hardy-Weinberg equation and data from the table above, determine the number of mice with the DD and Dd genotypes on the light, rocky, granite substrate. 957-20 DD=p² Frequency of mice with the dd genotype on light-colored substrate Locations 1,266 use total fram all 3 locations Dd=2pq question 1+3 dark =p²+2pq total = p²+ =9² 126=0.115 ماح را Page 2 of 3
Transcribed Image Text:frequencies for each location. Each site was separated trapped a total of 225 mice. The numbers below are modified from their original data. Field Data Summary 5 6 4 3 2 Collecting Site 1 Substrate Color Light Light Dark Dark Dark Light Number of Mice 8 85 7 15 45 83 Frequency of mice with the DD genotype on light-colored substrate 511 Frequency of mice with the Dd genotype on light-colored substrate dd frequency = 9² from question 2 I get af + p first HHMI HOWARD HUGHES MEDICAL INSTITUTE Light 6 80 0 www.Biolnteractive.org 0 Phenotype 3 to 40 Dark 2 Allele and Phenotype Frequencies in Rock Pocket Mouse Populations 5 7 15 QUESTIONS 1. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on light-colored substrates. frequency = number of mice of one color/total number of mice gavam o +80 +40 8+85 +83 Frequency of light-colored mice Frequency of dark-colored mice 2. Calculate the overall frequencies of light-colored mice and dark-colored mice caught on dark-colored substrates. 116 frequency = number of mice of one color/total number of mice locations 3,4,5 questions 2 +4 42 43 Frequency of light-colored mice Frequency of dark-colored mice 3. Using the Hardy-Weinberg equation and data from the table above, determine the number of mice with the DD and Dd genotypes on the light, rocky, granite substrate. 957-20 DD=p² Frequency of mice with the dd genotype on light-colored substrate Locations 1,266 use total fram all 3 locations Dd=2pq question 1+3 dark =p²+2pq total = p²+ =9² 126=0.115 ماح را Page 2 of 3
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