In a cross between red and white flowered sna | vedclass

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(A) In snapdragon ($Antirrhinum$ $sp.$),flower color inheritance exhibits incomplete dominance.When a red-flowered plant $(RR)$ is crossed with a whit

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$1:2:1$

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(A) In snapdragon ($Antirrhinum$ $sp.$),flower color inheritance exhibits incomplete dominance.When a red-flowered plant $(RR)$ is crossed with a white-flowered plant $(rr)$,the $F_1$ generation produces pink-flowered plants $(Rr)$.When $F_1$ plants $(Rr)$ are self-pollinated,the $F_2$ generation results in the following genotypes: $1$ $RR$ (red) : $2$ $Rr$ (pink) : $1$ $rr$ (white).Thus,the phenotypic ratio in the $F_2$ generation is $1:2:1$.

In a cross between red and white flowered snapdragon ($Antirrhinum$ $sp.$),the $F_2$ generation has red,pink,and white flowered plants in the ratio of:

Similar Questions

What is the other name for "incomplete dominance"?

In $Mirabilis$ and $Antirrhinum$ plants,the flowers appear pink in the hybrid $(Rr)$ condition,which is produced by crossing red $(RR)$ and white $(rr)$ parent flowers. This phenomenon is known as:

Mendel did not propose which of the following?

In incomplete dominance,

The genotypic and phenotypic ratio in the offspring is $1:2:1$. This explains the principle of:

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