If AAbb times aaBB,then the phenotypic ratio | vedclass

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(A) The cross between $AAbb$ and $aaBB$ produces an $F_{1}$ generation with the genotype $AaBb$.When $F_{1}$ individuals $(AaBb)$ are self-crossed $(A

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$9: 3: 3: 1$

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(A) The cross between $AAbb$ and $aaBB$ produces an $F_{1}$ generation with the genotype $AaBb$.When $F_{1}$ individuals $(AaBb)$ are self-crossed $(AaBb 	imes AaBb)$,it represents a standard dihybrid cross.According to Mendel's Law of Independent Assortment,the phenotypic ratio of the $F_{2}$ progeny in a dihybrid cross is $9: 3: 3: 1$.This ratio consists of $9$ individuals showing both dominant traits,$3$ showing one dominant and one recessive trait,$3$ showing the other dominant and recessive trait,and $1$ showing both recessive traits.

If $AAbb \times aaBB$,then the phenotypic ratio of its $F_{2}$ progeny will be

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