What is the proportion of double recessive offspring in the F_2 generation in a mendelian dihybrid cross?

List two differences in tabular form between dominant trait and recessive traits. What percentage / proportion of the plants in the F_(2) generation/progeny were round, in Mendel's cross between round and wrinkled pea plants?

The plant bearing round yellow coloured (RrYy) seed are self pollinated with the same plant. Represent the result obtained in the F, generation of dihybrid cross with the help of a checker board. Mention the varieties of plants obtained in F, generation.

Two heterozygous parents are crossed. If the two loci are linked what would be the distribution of phenotypic features in F, generation for a dihybrid cross?

What is the cross between F_1 hybrid and the recessive parent called?

A pure dominant pea plant producing round yellow seends is crossed with pure recessive pea plant producing wrinkled green seeds . The number of plants bearing round green seeds in the F_(1) generation of mendel's experiment is

What percent of green-seeded plants will be yielded in the F_(2) generation, when a F_(1) hybrid pea plants producing yellow seeds are crossed?

In a monohybrid cross between tall pea plants (TT) and short pea plants (tt) a scientist obtained only tall pea plants (Tt) in the F_(1) generation. However, on selfing the F_(1) generation pea plants, he obtained both tall and short plants in F_(2) generation. On the basis of above observations with other angiosperms also, can the scientist arrive at a law? If yes, explain the law. If not, give justification for your answer.

What is the difference between F_(1) generation and F_(2) generation?