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2007 ANP120 LabHomework_02 due Lab03
Course: ANP 120, Fall 2007School: SUNY Stony Brook
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July Edition: 2007 Homework#02 ANP 120, Page 1 Name: _____________________________ Lab Section: ______________ TAs Name: ________________________ HOMEWORK ASSIGNMENT - DUE AT LAB 3 (TOTAL - 10 POINTS) It is important that you learn how to do Hardy-Weinberg problems, because you will most likely see them again in the future. If you have any questions or are so stuck that you have no idea what to do, please seek...
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July Edition: 2007
Homework#02
ANP 120, Page 1
Name: _____________________________ Lab Section: ______________ TAs Name: ________________________
HOMEWORK ASSIGNMENT - DUE AT LAB 3 (TOTAL - 10 POINTS) It is important that you learn how to do Hardy-Weinberg problems, because you will most likely see them again in the future. If you have any questions or are so stuck that you have no idea what to do, please seek the aid of a friendly TA. In order to solve the following problems, please assume Hardy-Weinberg Equilibrium. Suppose for a moment that a primatologist knows that in a breeding population of ringtailed lemurs in a forest in Madagascar, the frequency of the A allele is 0.8 and the frequency of the B allele is 0.2. In the blanks labeled a) write the frequencies for the genotypes. In the blanks labeled b) write how many lemurs of each genotype you would expect to find if there were a total of 500 lemurs in this breeding population (2 points) AA AB BB a) ________ a) ________ a) ________ b) ________ b) ________ b) ________
Now, suppose that in a population of Star-Bellied Sneeches, the primatologist knew the number of individuals of the three genotypes (yes, sneeches are not only living in the same forest as lemurs, but are also known to carry the same alleles as lemurs ...). Suppose the following values are given: there are 6,561 individuals with genotype AA there are 3,078 individuals with genotype AB there are 361 individuals with genotype BB QUESTION: What is the frequency of the A allele in this population? (1 point) ANSWER: QUESTION: What is the frequency of the B allele in this population? (1 point) ANSWER:
Edition: July 2007
Homework#02
ANP 120, Page 2
After the fieldwork in Madagascar primatologist our travels to a remote island close to Hawaii. Walking on the beach the primatologist finds a bottle in the sand. Of course s/he rubs it, and discovers that it contains a sadistic Genie. The Genie tells the primatologist that in order to get her/his first wish, s/he has to figure out the frequency of the three genotypes, given the frequency of the A allele is 0.25 and the frequency of the B allele is 0.75. Write the answer in the blank next to a). (1 point) In order to get her/his second wish, the primatologist has to calculate how many individuals of each genotype would be expected if there were 1,000 individuals in the imaginary population. Please help the poor primatologist get her/his second wish by writing these estimates in blank b). (1 point) AA AB BB a) ________ a) ________ a) ________ b) ________ b) ________ b) ________
The third wish is even harder. The Genie suggest that the A allele is dominant to the allele B at this particular locus and wants to know how many of each phenotype would be expected in a population of 1,000 individuals. Note the numbers for the dominant ______ and the recessive phenotype ______. (2 points). Now, your lab TA does not have the power to grant you any wishes, but will give you more points on this quiz if you can answer the following conundrum. QUESTION: If you sample 1,000 individuals from the population the Genie was talking about, and discovered the following numbers (genotype frequencies: AA = 325, AB = 325, BB = 350), what reasons could you suggest for the deviation from the expected numbers? Think carefully about your answer ... there are five conditions, which have to be met to find no deviation ...so ... . (2 points) ANSWER:
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