Part 2: Dihybrid Cross—Predicting Flower Color and Seed ShapeImagine that you are crossing two plants that are heterozygous for flower color and seed shape. The dominant and recessive alleles for these traits are as follows:purple flowers: Pwhite flowers: pround seeds: Rwrinkled seeds: rDetermine the genotype of each parent plant and write them below.Answer:Type your answer here.Click or tap here to enter text.Genotype of parent plant 1: Genotype of parent plant 2:How will the alleles for these traits assort into the gametes that each parent might produce? (Hint: For a reminder on how alleles sort independently into gametes, refer to the illustration in Part 2, Question 2, in the Student Guide.)Answer:Type your answer here.Click or tap here to enter text.Parent plant 1Gamete 1:Gamete 2:Gamete 3:Gamete 4:Parent plant 2Gamete 1:Gamete 2:Gamete 3:Gamete 4:Create a Punnett square to calculate the possible genotypes that can result from a cross between the two parent plants. In a dihybrid cross, the alleles of the gametes of each parent are written along the left side and top of the Punnett square, just as they are for a monohybrid cross. Fill in the squares with the predicted genotypes. Some information has been filled in for you to help you complete a Punnett square for a dihybrid cross.Answer:Type your answer here.Click or tap here to enter text.Part 2 Punnett SquarePPRrPPRrppRRpprrLook at the Punnett square and list the genotypes that would correspond to each phenotype.Answer:Type your answer here.Click or tap here to enter text.purple flowers, round seeds:purple flowers, wrinkled seeds:white flowers, round seeds:white flowers, wrinkled seeds:Finally, look at the Punnett square again and write the numbers of offspring with each phenotype.Answer:Type your answer here.Click or tap here to enter text.purple flowers, round seeds:purple flowers, wrinkled seeds:white flowers, round seeds:white flowers, wrinkled seeds: