Widow peak (H) is dominant to a straight hairline (h), and long eyelashes (E) are dominant to short (e). d. A homozygous widow peak man who is heterozygous for eyelashes mates with a straight hairline homozygous for long eyelashes woman. Genotype: A a Bb Complete the punnett square on the next page with this information. i. Use FOIL to determine the possible gametes and then create a dihybrid cross for this mating. F 01 Foil Method: A a B b Gametes: AB Ab aB ab Example of how to write ratios Ratios of possible phenotypes of offspring FOIL (mom) FOIL (dad) 2 tall: 2 short 2 HH: 2 hh

Widow peak (H) is dominant to a straight hairline (h), and long eyelashes (E) are dominant to short (e). d. A homozygous widow peak man who is heterozygous for eyelashes mates with a straight hairline homozygous for long eyelashes woman. Genotype: A a Bb Complete the punnett square on the next page with this information. i. Use FOIL to determine the possible gametes and then create a dihybrid cross for this mating. F 01 Foil Method: A a B b Gametes: AB Ab aB ab Example of how to write ratios Ratios of possible phenotypes of offspring FOIL (mom) FOIL (dad) 2 tall: 2 short 2 HH: 2 hh

Name: Widow peak (H) is dominant to a straight hairline (h), and long eyela
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Description: Widow peak (H) is dominant to a straight hairline (h), and long eyelashes (E) are dominant to short (e).d. A homozygous widow peak man who is heterozygous for eyelashes mates with astraight hairline homozygous for long eyelashes woman.Genotype: A a

Science Of Agriculture Biological Approach

5th Edition

ISBN:9780357229323

Author:Herren

Publisher:Herren

Chapter4: The Science Of Genetics

Section: Chapter Questions

Problem 1SLA

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A test was done to determine the biological father of a child. The child's blood type is A and the mother's is B. The first man has a blood type of O, while the second has a blood type of AB. Which among the two men could possibly be the biological father? Use a cross of various genotypes. Identify the Following: Offspring’s possible genotype? Parent 1’s possible genotype? Parent 2’s possible genotype? Possible cross?
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