(a) A pea plant bearing axial flowers is crossed with a pea plant bearing terminal flowers. The cross is carried out to find the genotype of the pea plant bearing axial flowers. Work out the cross to show the conclusions you arrive at.
(b) State the Mendel's law of inheritance that is universally acceptable.

Name the type of cross that would help to find the genotype of a pea plant bearing violet flowers.

A homozygous pea plant bearing axial flowers crossed with another pea plant terminal flower. Work out a cross to verify the genotype of F_(1) hybrid. What is your conclusion ?

Work out a cross to find the genotype of a tall pea plant. Name the type of cross.

In a test cross progeny of pea plants ,all were bearing violet flowers.Give the genotypes of the parent pea plants.

(a) A garden pea plant bearing terminal, violet flowers, when crossed with another pea plant bearing axial, violet flowers, produced axial, violet flowers and axial, white flowers in the ratio of 3 : 1. Work out the cross showing the genotypes of the parent pea plants and their progeny. (b) Name and state the law that can be derived from this cross and not from a monohybrid cross.

How would you find out the genotype of a pea plant with violet flowers? Explain with the help of Punnets’ square showing crosses.

A cross between a red flower bearing plant and a white flower bearing plant of Antirrhinum produced all plants having pink flowers. Work out a cross to explain how this is possible.

A teachers wants his/her students to find the genotypes of pea plants bearing purple coloured flowers in their school garden. Name and explain the cross that will make it possible.

A pea plant pure for yellow seed colour is crossed with a pea plant pure for green seed colour. In F_(1) generation all pea plants were with yellow seeds. Which law of Mendel is applicable?

(a)You are given tall pea plants with yellow seeds whose genotypes are unknown. How would you find the genotype of theses plants? Exaplain with the help of cross.