3. The chestnut coat color of horses is due to a recessive gene, while the dominant allele results in black. The pacing gait is due to a recessive gene, whereas the dominant allele results in the trotting gait. Show the types of offspring that cou result from a cross of a black trotter (male), heterozygous for both genes, with a chestnut pacer (female). ld a. Possible genotypes for Black coat:Chestnut coat: b. Possible genotypes for Trotting gait:Pacing gairi Male possible gametes: Female possible gametes: c. Male genotype d. Female genotype: e. f. Genotypic Ratio: g. Phenotypic Ratio:

Human Anatomy & Physiology (11th Edition)
11th Edition
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Author:Elaine N. Marieb, Katja N. Hoehn
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3. The chestnut coat color of horses is due to a recessive gene, while the dominant
allele results in black. The pacing gait is due to a recessive gene, whereas the
dominant allele results in the trotting gait. Show the types of offspring that cou
result from a cross of a black trotter (male), heterozygous for both genes, with a
chestnut pacer (female).
ld
a. Possible genotypes for Black coat:Chestnut coat:
b. Possible genotypes for Trotting gait:Pacing gairi
Male possible gametes:
Female possible gametes:
c. Male genotype
d. Female genotype:
e.
f. Genotypic Ratio:
g. Phenotypic Ratio:
Transcribed Image Text:3. The chestnut coat color of horses is due to a recessive gene, while the dominant allele results in black. The pacing gait is due to a recessive gene, whereas the dominant allele results in the trotting gait. Show the types of offspring that cou result from a cross of a black trotter (male), heterozygous for both genes, with a chestnut pacer (female). ld a. Possible genotypes for Black coat:Chestnut coat: b. Possible genotypes for Trotting gait:Pacing gairi Male possible gametes: Female possible gametes: c. Male genotype d. Female genotype: e. f. Genotypic Ratio: g. Phenotypic Ratio:
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