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Imagine that you are a new breeder for caique parrots. You can sell normal green feather birds for $500 a bird. The mutation for blue feathers is rare and birds with this color can sell for $3000 a bird. Your goal is to produce as many blue feather offspring as you can, but you don't have the budget to buy blue feather birds as parents. Question: What genotype should you purchase for both parent birds to get the best chance of getting blue feather offspring? Create and use your Punnett square results as evidence to support your answer. You will need to make multiple Punnett Squares to see which parent genotypes makes the most blue feathered offspring. Keep in mind that Green feathers (G) is dominant over blue feathers (g), so birds with blue feathers have the genotype gg. Some Punnett squares are provided for you to determine the possible crosses, but remember yoU cannot afford a blue feathered bird, so neither of your parent birds can have the genotype gg. Complete a Punnett Square for each possible cross and evaluate your results. parents' genotypes: Gg parents' genotypes: Gg GG Gg GG GG G. GG Gg Gg Gg Gg gg Be sure to include: Claim: Identify the genotypes you would purchase for each parent bird. Evidence: Use the Punnett squares you completed as evidence to support your claim. Explain the results of EACH punnett square. Reasoning: Explain how the Punnett Square results support your chosen gentoypes.

Imagine that you are a new breeder for caique parrots. You can sell normal green feather birds for $500 a bird. The mutation for blue feathers is rare and birds with this color can sell for $3000 a bird. Your goal is to produce as many blue feather offspring as you can, but you don't have the budget to buy blue feather birds as parents. Question: What genotype should you purchase for both parent birds to get the best chance of getting blue feather offspring? Create and use your Punnett square results as evidence to support your answer. You will need to make multiple Punnett Squares to see which parent genotypes makes the most blue feathered offspring. Keep in mind that Green feathers (G) is dominant over blue feathers (g), so birds with blue feathers have the genotype gg. Some Punnett squares are provided for you to determine the possible crosses, but remember yoU cannot afford a blue feathered bird, so neither of your parent birds can have the genotype gg. Complete a Punnett Square for each possible cross and evaluate your results. parents' genotypes: Gg parents' genotypes: Gg GG Gg GG GG G. GG Gg Gg Gg Gg gg Be sure to include: Claim: Identify the genotypes you would purchase for each parent bird. Evidence: Use the Punnett squares you completed as evidence to support your claim. Explain the results of EACH punnett square. Reasoning: Explain how the Punnett Square results support your chosen gentoypes.

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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Imagine that you are a new breeder for caique parrots. You can sell normal green feather birds for $500 a bird. The mutation for blue feathers is rare and birds with this color can sell for $3000 a bird. Your goal is to produce as many blue feather offspring as you can, but you don't have the budget to buy blue feather birds as parents. Question: What genotype should you purchase for both parent blrds to get the best chance of getting blue feather offspring? Create and use your Punnett square results as evidence to support your answer. You will need to make multiple Punnett Squares to see which parent genotypes makes the most blue feathered offspring. Keep in mind that Green fealhers (G) is dominant over blue feathers (g), so birds with blue feathers have the genotype gg. Some Punnett squares are provided for you to determine the possible crosses, but remember yoU cannot afford a blue feathered bird, so neither of your parent birds can have the genotype gg. Complete a Punnett Square for each possible cross ar valuate your results. parents' genotypes: Gg parents' genotypes: Gg GG Gg G GG GG GG Gg Gg Gg Gg gg Be sure to include: VClaim: Identify the genotypes you would purchase for each parent bird. Evidence: Use the Punnett squares you completed as evidence fto support your claim. Explain the results of EACH punnett square. Reasoning. Bxplain how the Punnett Square results support your chosen gentoypes.
Transcribed Image Text:Imagine that you are a new breeder for caique parrots. You can sell normal green feather birds for $500 a bird. The mutation for blue feathers is rare and birds with this color can sell for $3000 a bird. Your goal is to produce as many blue feather offspring as you can, but you don't have the budget to buy blue feather birds as parents. Question: What genotype should you purchase for both parent blrds to get the best chance of getting blue feather offspring? Create and use your Punnett square results as evidence to support your answer. You will need to make multiple Punnett Squares to see which parent genotypes makes the most blue feathered offspring. Keep in mind that Green fealhers (G) is dominant over blue feathers (g), so birds with blue feathers have the genotype gg. Some Punnett squares are provided for you to determine the possible crosses, but remember yoU cannot afford a blue feathered bird, so neither of your parent birds can have the genotype gg. Complete a Punnett Square for each possible cross ar valuate your results. parents' genotypes: Gg parents' genotypes: Gg GG Gg G GG GG GG Gg Gg Gg Gg gg Be sure to include: VClaim: Identify the genotypes you would purchase for each parent bird. Evidence: Use the Punnett squares you completed as evidence fto support your claim. Explain the results of EACH punnett square. Reasoning. Bxplain how the Punnett Square results support your chosen gentoypes.
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