If a true breeding homozygous pea plant with green pod and axial flower as dominant characters is crossed with a recessive homozygous pea plant with yellow pod and terminal flowers, then what would be the:
Phenotype and genotype of the `F_1` offspring?

If a true breeding homozygous pea plant with green pod and axial flower as dominant characters is crossed with a recessive homozygous pea plant with yellow pods and terminal flowers, then what would be the: Genotype of the two parents?

If a true breeding homozygous pea plant with green seed and axial flower as dominant characters is crossed with a recessive homozygous pea plant with yellow seeds and terminal flowers, then what would be the: Phenotypic distribution ratio in F_2 population?

A true breeding homozygous pea plant with green pods and axial flowers as dominant characters, crossed with a recessive homozygous pea plant with yellow pods and terminal flowers. Work out the cross upto F_2 generation giving the phenotypic ratios of F_1 and F_2 generation respectively. (b) State the Mendelian principle which can be derived from such a cross and not from monohybird cross.

For heterozygous tall plant of pea undergoing selfing, what would be the sum of phenotype and genotypes obtained in F1 generation?

When a heterozygous pea plant with yellow round seeds is crossed with a homozygous pea plant with yellow round seeds, the genotype not obtained is

In a homozygous pea plant, axial flowers (A) are dominant over terminal flowers (a). What is the phenotypic ratio and genotypic ratio of the above cross shown in (ii)?

When a red flower homozygous pea plant is crossed with a white flower plant what colour is produced in F_(1) :-

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. Give the types of gametes produced by plants of F-generation.

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. State the Mendel's principle involved in this cross.

A homozygous pea plant with round seed coat and yellow cotyledons is crossed with another homozygous pea plant having wrinkled seed coat and green cotyledons. State the Mendel's principle involved in this cross.