A typical dihybrid cross is done between a pea plant having round and yellow seeds with a pea plant having green and wrinkled seed. What is the probability of the seeds having wrinkle phenotype in the $$F2$$ generation.

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A typical dihybrid cross is done between a pea plant having round and yellow seeds with a pea plant having green and wrinkled seed. The $$F2$$ generation will have the ratio $$9$$ (round$$ and $$yellow):$$3(round$$ and $$green)$$:$$3$$ (wrinkled$$ and $$yellow):$$1(wrinkled$$ and $$green)$$. Therefore, the probability of getting wrinkled seeds is $$(3+1)(9+3+3+1)=416=14$$

A typical dihybrid cross is done between a pea plant having round and yellow seeds with a pea plant having green and wrinkled seed. What is the probability of the seeds having wrinkle phenotype in the F₂ generation.

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A typical dihybrid cross is done between a pea plant having round and yellow seeds with a pea plant having green and wrinkled seed. What is the probability of the seeds having wrinkle phenotype in the F2 generation.

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A typical dihybrid cross is done between a pea plant having round and yellow seeds with a pea plant having green and wrinkled seed. What is the probability of the seeds having wrinkle phenotype in the F₂ generation.