In snapdragon (Antirrhinum majus),the hybrid | vedclass

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(B) In $Antirrhinum$ $majus$ (snapdragon),the inheritance of flower color follows the pattern of incomplete dominance.When a homozygous red-flowered p

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Incomplete dominance

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(B) In $Antirrhinum$ $majus$ (snapdragon),the inheritance of flower color follows the pattern of incomplete dominance.When a homozygous red-flowered plant $(RR)$ is crossed with a homozygous white-flowered plant $(rr)$,the $F_1$ generation consists of plants with pink flowers $(Rr)$.This occurs because the dominant allele $(R)$ is not completely dominant over the recessive allele $(r)$,resulting in an intermediate phenotype in the heterozygote.Therefore,this phenomenon is known as incomplete dominance.

In snapdragon ($Antirrhinum$ $majus$),the hybrid between red and white flowered plants is pink flowered. This is an example of:

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In $Mirabilis$ $jalapa$,when a homozygous red-flowered plant is crossed with a white-flowered plant,all $F_1$ plants produce pink flowers. When $F_1$ plants are self-pollinated,the resulting $F_2$ generation produces red,pink,and white flowers in the ratio of:

In the $F_2$ generation of a monohybrid cross,the cause of the $1:2:1$ phenotypic ratio is:

What is the phenotypic ratio obtained in the $F_2$ generation of a snapdragon plant in a monohybrid cross?

Complete dominance is absent in

$RR$ (Red) is crossed with $ww$ (white),all the $Rw$ offsprings are pink. This is an indication that $R$ gene is

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