5A. In shorthorn cattle, the polled condition is dominant over horned. Also, the heterozygous condition (RW) of red coat (R) and white coat (W) is roan, an example of codominance. (The roan coat contains both red and white fur because neither allele is dominant over the other). If a homozygous polled, white male is bred to a horned, red female, what will be the appearance of the F1 generation? Horned: r: Roan Coat: a. Possible genotypes for Polled condition Coat:_ ossible geno c. Male genotype: d. Female genotype: Male possible gametes Female possible gametes e. f. Genotypic Ratio: g. Phenotypic Ratio 5B, Breed two of the F1 generation to determine the possibilities in the F2 generation. Horned: a. Possible genotypes for Polled condition b. Possible genotypes for Red coat: White Coat:_ Roan Coat: c. Male genotype: d. Female genotype Male possible gametes Female possible gametes: f. Genotypic Ratio: g. Phenotypic Ratio
5A. In shorthorn cattle, the polled condition is dominant over horned. Also, the heterozygous condition (RW) of red coat (R) and white coat (W) is roan, an example of codominance. (The roan coat contains both red and white fur because neither allele is dominant over the other). If a homozygous polled, white male is bred to a horned, red female, what will be the appearance of the F1 generation? Horned: r: Roan Coat: a. Possible genotypes for Polled condition Coat:_ ossible geno c. Male genotype: d. Female genotype: Male possible gametes Female possible gametes e. f. Genotypic Ratio: g. Phenotypic Ratio 5B, Breed two of the F1 generation to determine the possibilities in the F2 generation. Horned: a. Possible genotypes for Polled condition b. Possible genotypes for Red coat: White Coat:_ Roan Coat: c. Male genotype: d. Female genotype Male possible gametes Female possible gametes: f. Genotypic Ratio: g. Phenotypic Ratio
Human Biology (MindTap Course List)
11th Edition
ISBN:9781305112100
Author:Cecie Starr, Beverly McMillan
Publisher:Cecie Starr, Beverly McMillan
Chapter19: Introduction To Genetics
Section: Chapter Questions
Problem 9CT
Related questions
Question
![5A. In shorthorn cattle, the polled condition is dominant over horned. Also, the
heterozygous condition (RW) of red coat (R) and white coat (W) is roan, an
example of codominance. (The roan coat contains both red and white fur because
neither allele is dominant over the other). If a homozygous polled, white male is
bred to a horned, red female, what will be the appearance of the F1 generation?
Horned:
r: Roan Coat:
a. Possible genotypes for Polled condition
Coat:_
ossible geno
c. Male genotype:
d. Female genotype:
Male possible gametes
Female possible gametes
e.
f. Genotypic Ratio:
g. Phenotypic Ratio
5B, Breed two of the F1 generation to determine the possibilities in the F2
generation.
Horned:
a. Possible genotypes for Polled condition
b. Possible genotypes for Red coat:
White Coat:_
Roan Coat:
c. Male genotype:
d. Female genotype
Male possible gametes
Female possible gametes:
f. Genotypic Ratio:
g. Phenotypic Ratio](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc5e10270-f61b-42f1-901a-7c5a9e4f7c2f%2F2e2d0895-2c91-4fbd-87ce-10ccf0284408%2F79dgix.jpeg&w=3840&q=75)
Transcribed Image Text:5A. In shorthorn cattle, the polled condition is dominant over horned. Also, the
heterozygous condition (RW) of red coat (R) and white coat (W) is roan, an
example of codominance. (The roan coat contains both red and white fur because
neither allele is dominant over the other). If a homozygous polled, white male is
bred to a horned, red female, what will be the appearance of the F1 generation?
Horned:
r: Roan Coat:
a. Possible genotypes for Polled condition
Coat:_
ossible geno
c. Male genotype:
d. Female genotype:
Male possible gametes
Female possible gametes
e.
f. Genotypic Ratio:
g. Phenotypic Ratio
5B, Breed two of the F1 generation to determine the possibilities in the F2
generation.
Horned:
a. Possible genotypes for Polled condition
b. Possible genotypes for Red coat:
White Coat:_
Roan Coat:
c. Male genotype:
d. Female genotype
Male possible gametes
Female possible gametes:
f. Genotypic Ratio:
g. Phenotypic Ratio
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