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PROBLEM 1 1. What is the chance for a blood type AB man and a type B (heterozygous) woman to have a type A child? 2. What is the chance to have a type B child? Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to questions 1 and 2 (10% of the grade). PROBLEM 2 3. A woman with freckles (heterozygous) and brown hair (heterozygous) and a blonde man no freckles are expecting a child. What is the chance to have a blonde child with no freckles? Freckles and brown hair are both dominant alleles. Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to question 3 (10% of the grade). PROBLEM 3 4. Show the Punnett square for the cross of a homozygous red eyed female and a white eyed male. Eye color in flies is sex linked

PROBLEM 1 1. What is the chance for a blood type AB man and a type B (heterozygous) woman to have a type A child? 2. What is the chance to have a type B child? Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to questions 1 and 2 (10% of the grade). PROBLEM 2 3. A woman with freckles (heterozygous) and brown hair (heterozygous) and a blonde man no freckles are expecting a child. What is the chance to have a blonde child with no freckles? Freckles and brown hair are both dominant alleles. Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to question 3 (10% of the grade). PROBLEM 3 4. Show the Punnett square for the cross of a homozygous red eyed female and a white eyed male. Eye color in flies is sex linked

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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PROBLEM 1 1. What is the chance for a blood type AB man and a type B (heterozygous) woman to have a type A child? 2. What is the chance to have a type B child? Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to questions 1 and 2 (10% of the grade). PROBLEM 2 3. A woman with freckles (heterozygous) and brown hair (heterozygous) and a blonde man no freckles are expecting a child. What is the chance to have a blonde child with no freckles? Freckles and brown hair are both dominant alleles. Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to question 3 (10% of the grade). PROBLEM 3 4. Show the Punnett square for the cross of a homozygous red eyed female and a white eyed male. Eye color in flies is sex linked Points Possible 100 Google
Transcribed Image Text:PROBLEM 1 1. What is the chance for a blood type AB man and a type B (heterozygous) woman to have a type A child? 2. What is the chance to have a type B child? Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to questions 1 and 2 (10% of the grade). PROBLEM 2 3. A woman with freckles (heterozygous) and brown hair (heterozygous) and a blonde man no freckles are expecting a child. What is the chance to have a blonde child with no freckles? Freckles and brown hair are both dominant alleles. Clearly show: i. Alleles (10% of the grade), ii. Genotypes and Phenotypes of the parents (10% of the grade), iii. Gametes (10% of the grade), iv. Punnett Square (20% of the grade), v. Genotypic frequencies of the offspring (20% of the grade), vi. Phenotypic frequencies of the offspring (20% of the grade), and vii. Answer to question 3 (10% of the grade). PROBLEM 3 4. Show the Punnett square for the cross of a homozygous red eyed female and a white eyed male. Eye color in flies is sex linked Points Possible 100 Google
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