2. A trait in garden peas involves the curling of leaves. A dihybrid cross was made involving a plant with yellow pods and curling leaves to a wild-type plant with green pods and normal leaves. All F1 offspring had green pods and normal leaves. The F1 plants were then crossed to plants with yellow pods and curling leaves. The following results were obtained: 117 green pods, normal leaves 115 yellow pods, curling leaves 78 green pods, curling leaves 80 yellow pods, normal leaves A. Conduct a chi square analysis to determine if these two genes are linked. B. If they are linked, calculate the map distance between the two genes. How accurate do you think this distance is?

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2. A trait in garden peas involves the curling of leaves. A dihybrid cross was made
involving a plant with yellow pods and curling leaves to a wild-type plant with green
pods and normal leaves. All F1 offspring had green pods and normal leaves. The F1
plants were then crossed to plants with yellow pods and curling leaves. The following
results were obtained:
117 green pods, normal leaves
115 yellow pods, curling leaves
78 green pods, curling leaves
80 yellow pods, normal leaves
A. Conduct a chi square analysis to determine if these two genes
are linked.
B. If they are linked, calculate the map distance between the two
genes. How accurate do you think this distance is?
Transcribed Image Text:2. A trait in garden peas involves the curling of leaves. A dihybrid cross was made involving a plant with yellow pods and curling leaves to a wild-type plant with green pods and normal leaves. All F1 offspring had green pods and normal leaves. The F1 plants were then crossed to plants with yellow pods and curling leaves. The following results were obtained: 117 green pods, normal leaves 115 yellow pods, curling leaves 78 green pods, curling leaves 80 yellow pods, normal leaves A. Conduct a chi square analysis to determine if these two genes are linked. B. If they are linked, calculate the map distance between the two genes. How accurate do you think this distance is?
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A dihybrid cross is a genetic experiment in which the inheritance of two contrasting traits of an organism is studied simultaneously. This type of cross helps to determine the relationship between genes and their effect on the phenotype (observable traits) of an organism.

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