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POSSIBLE POINTS: 3 Purple flowers (F) are dominant to white flowers (f) and green seed color (G) is dominant to yellow seed color (g). If a plant is heterozygous for both flower color and seed color, then give all the possible gamete combinations that this parent can create due to independent assortment. HINT: Use the images below to help you determine the possible gamete combinations. Allele 1 & Allele 3 Allele 1 & Allele 4 Allele 2 & Allele 3 Allele 2 Allele 4 F1, Gg FG, fg FG, Fg 1G, fg F1, Gg FEF GG, Gg

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POSSIBLE POINTS: 3
Purple flowers (F) are dominant to white flowers (f) and green seed color (G) is dominant to yellow seed color (g). If a plant is heterozygous for both
flower color and seed color, then give all the possible gamete combinations that this parent can create due to independent assortment. HINT: Use the
images below to help you determine the possible gamete combinations.
Allele 1 & Allele 3
Allele 1 & Allele 4
Allele 2 & Allele 3
Allele 2 Allele 4
F1, Gg FG, fg
FG, Fg 1G, fg
F1, Gg
FEF GG, Gg

POSSIBLE POINTS: 3 Purple flowers (F) are dominant to white flowers (f) and green seed color (G) is dominant to yellow seed color (g). If a plant is heterozygous for both flower color and seed color, then give all the possible gamete combinations that this parent can create due to independent assortment. HINT: Use the images below to help you determine the possible gamete combinations. Allele 1 & Allele 3 Allele 1 & Allele 4 Allele 2 & Allele 3 Allele 2 Allele 4 F1, Gg FG, fg FG, Fg 1G, fg F1, Gg FEF GG, Gg

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LeonoraProfessional · Tutor for 6 years

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The plant is heterozygous for both flower color and seed color, which means it has two different alleles for each trait. The alleles for flower color are F (purple) and f (white), and the alleles for seed color are G (green) and g (yellow).
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