A homozygous tall pea plant with green seeds is crossed with a homozygous dwarf pea plant with yellow seeds.(i)Write the possible phenotype and genotype of `F_1` generation.

A homozygous tall pea plant with green seeds is crossed with a dwarf pea plant with yellow seeds. (i) What would be the phenotypeand genotype of f_(1) ? (ii) Work out the phenotypic ratio of F_(2) generation with the help of a punnet square.

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

A homozygous tall pea plant with yellow pods is crossed with a homozygous dwarf pea plant with the green pods. The off springs produced are salted. In the F_2 generation , the ratio of plants having parental combinations to new combinations is

Pure tall pea plant with round seeds is crossed with pure dwarf pea plant with wrinkled seeds . The probability of genotype ttRR in F_2 generation is

If a homozygous tall plant is crossed with homozygous dwarf plant, the offspring will be

(a) Atrue breeding pea plant, homozygous for inflated green pods is crossed with another pea plant with constricted yellow pods (ffgg). What would be the phenotype and genotype of F_1" and "F_2 generations ? Give the phenotype ratio of F_2 generation. (b) State the generalisation proposed by Mendel on the has 18 of the above mentioned cross.

A tall pea plant with yellow seeds (heterozygous for both the traits) is crossed with a dwarf pea plant with green seeds.Using a Punnett square work out the cross to show the phenotypes and the genotypes of F_(1) generation.

A pure homozygous pea plant with yellow round seeds is crossed with a pure homozygous pea plant with green wrinkled seeds. Their progeny produced is allowed to undergo self - pollination. It produces four different phenotypes . Each phenotype is an expression of different types of genotypes. Select the correct option from the table.

A dwarf Pea plant with wrinkled seeds ( ttrr) produces seeds of type