In Mendel's monohybrid cross experiment,the p | vedclass

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(D) In a monohybrid cross,Mendel crossed two pure-breeding plants (e.g.,tall $TT$ and dwarf $tt$).The $F_1$ generation resulted in all tall plants $(T

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$3: 1 \quad 1: 2: 1$

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(D) In a monohybrid cross,Mendel crossed two pure-breeding plants (e.g.,tall $TT$ and dwarf $tt$).The $F_1$ generation resulted in all tall plants $(Tt)$.Selfing the $F_1$ plants $(Tt 	imes Tt)$ resulted in an $F_2$ generation with a phenotypic ratio of $3$ (tall) $: 1$ (dwarf).The genotypic ratio in the $F_2$ generation is $1$ $(TT)$ $: 2$ $(Tt)$ $: 1$ $(tt)$.Therefore,$P$ (phenotypic ratio) is $3:1$ and $Q$ (genotypic ratio) is $1:2:1$.

In Mendel's monohybrid cross experiment,the phenotypic ratio is $P$ and the genotypic ratio is $Q$. Select the correct option for $P$ and $Q$.
$\quad \quad \quad P \quad \quad \quad Q$

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In Mendel's monohybrid cross experiment,the phenotypic ratio is $P$ and the genotypic ratio is $Q$. Select the correct option for $P$ and $Q$.$\quad \quad \quad P \quad \quad \quad Q$