A mother with blood type “A” and a father with blood type “B” have a child together. Both parents have heterozygous genotypes for their respective blood types. Can these parents have a child with "O" blood type? (highlight YES or NO before you work out the Punnett Square). Illustrate your answer with this Punnett Square. Remember that the “A” allele and the "B" allele are both dominant and the "O" allele is recessive (there is no lower-case "a" or lower-case "b"). What is the % chance of the offspring having "A" type blood? What is the % chance of the offspring having "B" type blood? What is the % chance of the offspring having "AB" type blood (codominant? What is the % chance of the offspring having "O" type blood?
A mother with blood type “A” and a father with blood type “B” have a child together. Both parents have heterozygous genotypes for their respective blood types. Can these parents have a child with "O" blood type? (highlight YES or NO before you work out the Punnett Square). Illustrate your answer with this Punnett Square. Remember that the “A” allele and the "B" allele are both dominant and the "O" allele is recessive (there is no lower-case "a" or lower-case "b"). What is the % chance of the offspring having "A" type blood? What is the % chance of the offspring having "B" type blood? What is the % chance of the offspring having "AB" type blood (codominant? What is the % chance of the offspring having "O" type blood?
Human Heredity: Principles and Issues (MindTap Course List)
11th Edition
ISBN:9781305251052
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Publisher:Michael Cummings
Chapter5: The Inheritance Of Complex Traits
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please help
![A mother with blood type “A” and a father with blood type “B” have a child together. Both
parents have heterozygous genotypes for their respective blood types. Can these parents have a
child with "O" blood type? (highlight YES or NO before you work out the Punnett Square).
Illustrate your answer with this Punnett Square. Remember that the “A” allele and the "B" allele
are both dominant and the "O" allele is recessive (there is no lower-case "a" or lower-case "b").
What is the % chance of the offspring having "A" type blood?
What is the % chance of the offspring having "B" type blood?
What is the % chance of the offspring having "AB" type blood (codominant?
What is the % chance of the offspring having "O" type blood?
Was your hypothesis correct?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb6f20ed5-4c4a-40c8-ab5a-cd2641c2583b%2F436e6532-39d7-4766-a092-c9becb5a2398%2Fqkgbb0d_processed.png&w=3840&q=75)
Transcribed Image Text:A mother with blood type “A” and a father with blood type “B” have a child together. Both
parents have heterozygous genotypes for their respective blood types. Can these parents have a
child with "O" blood type? (highlight YES or NO before you work out the Punnett Square).
Illustrate your answer with this Punnett Square. Remember that the “A” allele and the "B" allele
are both dominant and the "O" allele is recessive (there is no lower-case "a" or lower-case "b").
What is the % chance of the offspring having "A" type blood?
What is the % chance of the offspring having "B" type blood?
What is the % chance of the offspring having "AB" type blood (codominant?
What is the % chance of the offspring having "O" type blood?
Was your hypothesis correct?
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