[Answer] Now suppose that the three tomato genes from Part A did not assort independently but instead were linked to one another on the same chromosome. Would you expect the phenotypic ratio in the offspring to change? If so how?

Answer: All eight possible phenotypes could occur but a greater proportion of the offspring would have the parental phenotypes.

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Now suppose that the three tomato genes from Part A did not assort independently but instead were linked to one another on the same chromosome. Would you expect the phenotypic ratio in the offspring to change? If so how? Now suppose that the three tomato genes from Part A did not assort independently but instead were linked to one another on the same chromosome. Would you expect the phenotypic ratio in the offspring to change? If so how ? Which statement best predicts the results of the cross MmDdPp x mmddpp assuming that all three genes are linked ? Now suppose that the three tomato genes from Part A did not assort independently but instead were linked to one another on the same chromosome. Would you expect the phenotypic ratio in the offspring to change? If so how ? Which statement best predicts the results of the cross MmDdPp x mmddpp assuming that all three genes are linked ? Now suppose that the three tomato genes from Part A did not assort independently but instead were linked to one another on the same chromosome. Would you expect the phenotypic ratio in the offspring to change? If so how ? Which statement best predicts the results of the cross MmDdPp x mmddpp assuming that all three genes are linked ? Now suppose that the three tomato genes from Part A did not assort independently but instead were linked to one another on the same chromosome. Would you expect the phenotypic ratio in the offspring to change? If so how ? Which statement best predicts the results of the cross MmDdPp x mmddpp assuming that all three genes are linked ? Now suppose that the three tomato genes from Part A did not assort independently but instead were lin...

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