Given below is a schematic diagram showing Mendel's Experiment on sweet pea plants having axial flowers with round seeds (AARR) and Terminal flowers with wrinkled seeds, (aarr) Study the same and answer the question that follows.
Give the phenotypic ratio of F₂ progeny.

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Solution

F₂ progeny:
The phenotypes of F₂ progeny produced by the self-pollination of F₁ progeny are shown below.
Plants with round seeds and axial flowers.
Plants with wrinkled seeds and axial flowers.
Plants with wrinkled round seeds and terminal flowers.
Plants with wrinkled seeds and terminal flowers.
The phenotype of F₂ progeny: 9 : 3 : 3: 1 corresponds to Axial round: Axial wrinkled: Terminal round: Terminal wrinkled.
The phenotype of F₂ progeny: 9 : 3 : 3 : 1.

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Given below is a schematic diagram showing Mendel's experiment on sweet pea plants having axial flowers with round seeds $(AARR)$ and terminal flowers with wrinkled seeds $(aarr) .$ Study the same and answer the questions that follows

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Given below is a schematic diagram showing Mendel's Experiment on sweet pea plants having axial flowers with round seeds (AARR) and Terminal flowers with wrinkled seeds, (aarr) Study the same and answer the question that follows.Give the phenotypic ratio of F2 progeny.

Given below is a schematic diagram showing Mendel's Experiment on sweet pea plants having axial flowers with round seeds (AARR) and Terminal flowers with wrinkled seeds, (aarr) Study the same and answer the question that follows.
Give the phenotypic ratio of F₂ progeny.