Extra Question Chapter 41. Consider the following cross concerning 4 different gene loci:AaBbCcDd (x) AabbCcddFrom this cross, what is the probability of getting a progeny (offspring) with genotypeAABbccdd?b. From this cross, what is the probability of getting a progeny (offspring) with genotypeAabbCcDd?c. From this cross, what is the probability of getting a male progeny (offspring) withgenotype aaBbCcdd?2. Your neighbor has twelve children.One is blue eye color and short.Two are brown eye color and short.Two are blue eye color and tall.Seven look just like the parents; brown eye color with tall.What can you discover about the genetics of eye color and height of the children?a.How many traits are you dealing with?Each trait hasphenotypes:Specify the phenotypes.b.What is the probability of the height of the children? What is the probability of the eyecolor of the children? (Refer to monohybrid punnett square slides 17-19)c. What are recessive traits based on the calculated probability?d.What is the wild type?The phenotype ratio observed in children (7:2:2:1) is consistent with what we would expect for atypical F2 generation in a dihybrid cross (9:3:3:1), given that you don't have enough children forit to be 9:3:3:1.e. What would be the parent's genotype of height and eye color? Remember that we aredealing with two traits.f.Under the independent assortment principle, calculate the probability of genotype andphenotype of children with two traits. (Refer to dihybrid punnett square slides 34-35).

Name: Extra Question Chapter 41. Consider the following cross concerning 4
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Description: Extra Question Chapter 41. Consider the following cross concerning 4 different gene loci:AaBbCcDd (x) AabbCcddFrom this cross, what is the probability of getting a progeny (offspring) with genotypeAABbccdd?b. From this cross, what is the probability