In Mendel's dihybrid cross,how many types of | vedclass

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(B) In Mendel's dihybrid cross involving seed shape (Round/Wrinkled) and seed color (Yellow/Green),the parental phenotypes are Round-Yellow $(RRYY)$ a

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(B) In Mendel's dihybrid cross involving seed shape (Round/Wrinkled) and seed color (Yellow/Green),the parental phenotypes are Round-Yellow $(RRYY)$ and Wrinkled-Green $(rryy)$.In the $F_2$ generation,the phenotypic ratio is $9:3:3:1$.The total number of phenotypes is $16$.The parental types are Round-Yellow $(9)$ and Wrinkled-Green $(1)$.The recombinant (non-parental) types are Round-Green $(3)$ and Wrinkled-Yellow $(3)$.Thus,there are $2$ types of offspring that are different from the parental types.

In Mendel's dihybrid cross,how many types of offspring were obtained in the $F_2$ generation that were different from the parental types?

Similar Questions

In Mendel's dihybrid cross,how many seeds out of the $F_2$ generation ratio of $9:3:3:1$ were found to be round?

$A$ pure tall plant with green pods is crossed with a pure dwarf plant with yellow pods. How many dwarf plants will be produced out of $16$ in the $F_2$ generation?

In Mendel's dihybrid cross,the number of genotypes and phenotypes obtained in the $F_2$ generation are $P$ and $Q$ respectively. Identify $P$ and $Q$.

$F_{1}$ progeny of a Mendelian dihybrid cross produces:

In the $F_2$ generation of a Mendelian dihybrid cross,how many plants homozygous for both the traits are found?

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