Dihybrid cross is made between RRYY (yellow round seed) and yyrr (wrinkled green seed ) of Pea. `F_(2)` ratio amongst round yellow, round green, wrinkled yellow and wrinkled green would be

Phenotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed): : Round - Yellow: Genotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed) Wrinkled -Green:

Phenotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed):: Round - Yellow: Genotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed) Wrinkled - Yellow:

Phenotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed):: Round - Yellow: Genotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed) Round-Green:

Phenotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed): Round - Yellow: Genotypic ratio (of dihybrid cross between round yellow seed and wrinkled green seed)

In a cross between round yellow seeds (RRYY) and wrinkled green seeds (rryy) of pea plant, what is the ratio of plants obtained in F_(2) generation?

In dihybrid cross of round yellow and wrinkled green seeds of Pea plants. What is the ratio of round to wrinkled in F_2 generation?

If a pea plant produces 2560 seeds during a dihybrid cross between round-yellow and wrinkled-green plant. Then how many seed are wrinkled-yellow, round-yellow and wrinkled-green respectively.

We indicate yellow or green as ... and round or wrinkled as.....

In garden pea, yellow colour of cotyledons is dominant over green and round shape of seed is dominant over wrinkled. When a plant with yellow and round seeds is crossed with a plant having yellow and wrinkled seeds, the progeny showed segregation for all the four characters. The probability of obtaining green round seeds in the progeny of this cross is