In one of the hybridisation experiments,a hom | vedclass

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(C) In a Mendelian cross between a homozygous dominant parent $(AA)$ and a homozygous recessive parent $(aa)$,the $F_1$ generation consists of all het

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Dominant parent trait appears in both $F_1$ and $F_2$ generations and recessive parent trait appears in only $F_2$ generations.

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(C) In a Mendelian cross between a homozygous dominant parent $(AA)$ and a homozygous recessive parent $(aa)$,the $F_1$ generation consists of all heterozygous individuals $(Aa)$ expressing the dominant trait.When $F_1$ individuals are self-crossed $(Aa 	imes Aa)$,the $F_2$ generation shows a phenotypic ratio of $3:1$ (dominant to recessive).Therefore,the dominant trait is expressed in both $F_1$ and $F_2$ generations,while the recessive trait is masked in $F_1$ and only reappears in the $F_2$ generation.

In one of the hybridisation experiments,a homozygous dominant parent and a homozygous recessive parent are crossed for a trait. (Plant shows Mendelian inheritance pattern)

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