If the cross is Aabb times aaBb,what will be | vedclass

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(C) To find the genotypic ratio of the cross $Aabb 	imes aaBb$,we can treat the two genes independently as they assort independently.Step $1$: Analyz

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$1:1:1:1$

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(C) To find the genotypic ratio of the cross $Aabb 	imes aaBb$,we can treat the two genes independently as they assort independently.Step $1$: Analyze the first gene cross: $Aa 	imes aa$. The offspring genotypes are $Aa$ and $aa$ in a ratio of $1:1$.Step $2$: Analyze the second gene cross: $bb 	imes Bb$. The offspring genotypes are $Bb$ and $bb$ in a ratio of $1:1$.Step $3$: Combine the results using the product rule: $(Aa + aa) 	imes (Bb + bb) = AaBb + Aabb + aaBb + aabb$.This results in four genotypes: $AaBb$,$Aabb$,$aaBb$,and $aabb$,each appearing with a frequency of $1/4$. Therefore,the genotypic ratio is $1:1:1:1$.

If the cross is $Aabb \times aaBb$,what will be the genotypic ratio of the offspring?

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