Suppose that out of 1000 koffspring in the `F_(2)` generation of a dihybrid cross, 748 are tall and hairy, 6 are tall and smooth, 4 are short and hairy 242 are short and smooth.The reason is that the genes controlling these characters are

In F_(2) generation of a Mendelian dihybrid cross (w.r.t plant height and flower colour in garden pea), _______ % of the zygote contain heterozygous condition for tallness.

In F_(2) generation of a Mendelian dihybride cross (w.r.t plant height and flower colour in garden pea), _______ % of the zygote contain heterozyogus condition for tallness.

Explain in detail the meaning of the phenotypic ratio 9 : 3:3 : 1 in the F_2 generation of dihybrid cross taking example of tall and dwarf plant bearing purple coloured and white flowers in garden pea.

In a cross between a pure tall pea plant with green pod and a pure short plant with yellow pod, how many short plants out of 16 are expected in F_(2) generation?

In a cross between a pure tall pea plant with green pod and a pure short plant with yellow pod, how many short plants out of 16 are expected in F_(2) generation?

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.

(a) What will you get in the F_(1) and F_(2) generations in the following cross ? Pure tall pea plant x pure dwarf pea plant (b) Is it an example of monohybrid cross or dihybrid cross ?

Which one is a possible progeny in F2 generation of pure bred tall plant with round seed and short plant with wrinkled seeds?

In Mendel's monohybrid cross between tall and short pea plants, all offsprings were tall. What does this tell us about the trait? What is the ratio of tall and short plants in the F_(2) generation?