Two pure-breeding wheat strains, one producing dark red kernels and the other producing white kernels, are crossed to produce F1 with pink kernel color. When an F1 plant is self-fertilized and its seed collected and planted, the resulting F2 consist of 160 plants with kernel colors as shown in the table.
A: Based on the F2 progeny, how many genes are involved in kernel color determination?
Answer: 2
B: How many additive alleles are required to explain the five phenotypes seen in the F2?
Answer: 4
C: If alleles that add to kernel pigment are designated with a "1", and alleles that do not add to kernel pigment are designated with a "2", enter the genotypes for the dark red parent and then the genotype for the white parent.
Answer: A2A2B2B2 and A1A1B1B1
D: Give genotype(s) for the F1.
Answer: A1B1A2B2
E: What will be the color of the F1 ?
Answer: Pink
Question I need help with!!!F: Select the genotypes and phenotypes seen in the F2?
A: White A1A1B1B1
Red A1A2B1B1 and A1A1B1B2
Light pink A1A1B2B2 , A1A2B1B2 and A2A2B1B1
Pink A1A2B2B2 and A2A2B1B2
Dark red A2A2B2B2
B: White A1A1B1B1
Red A1A2B1B1 and A1A1B1B2
Pink A1A1B2B2 , A1A2B1B2 and A2A2B1B1
Light pink A1A2B2B2 and A2A2B1B2
Dark red A2A2B2B2 .
C: Dark red A1A1B1B1
Red A1A2B1B1 and A1A1B1B2
Pink A1A1B2B2 , A1A2B1B2 and A2A2B1B1
Light pink A1A2B2B2 and A2A2B1B2
White with the genotype A2A2B2B2
D: Dark red A1A1B1B1
Red A1A2B1B1 and A1A1B1B2
Light pink A1A1B2B2 , A1A2B1B2 and A2A2B1B1
Pink A1A2B2B2 and A2A2B1B2
White A2A2B2B2 .