In garden pea, round shape of seeds is dominant over wrinkled shape. A pea plant heterozygous for round shape of seed is selfed and 1600 seeds produced during the cross are subsequently germinated. How many seedlings would have the parental phenotype?

Q. In Garden Pea, round shape is dominant over wrinkled shape. A pea plant heterozygous for round shape of seed is selfed and 1600 seeds produced during the cross are subsequently germinated. How many offspring will have parental phenotype

Q. If a dihybrid pea plant, heterozygous for flower colour (red dominant over white) and seed shape (round dominant over wrinkled) under goes selfing, the types of gametes produced are

Q. Pea plant with round yellow seeds (RRYY) is crossed with another pea plant having wrinkled green seeds (rryy). $F_2$ progeny consists of
(i) Heterozygous for both shape and colour of seeds
(ii) Dominant for colour and recessive for shape
(iii) Homozygous for both shape and colour
(iv) Heterozygous for seed shape only

Q. In garden pea, yellow colour of cotyledon (Y) is dominant over green colour (y) and round seed shape (R) is dominant over wrinkle (r). A heterozygous yellow round seeded plants for both the traits is self-pollinated, then the ratio of yellow wrinkle would be

Q. The pea plant with round shaped seeds with yellow colour seed (RRYY) crossed with another pea plant showing wrinkled shape with green cotyledons (rryy). The results of progeny in $F_2$ generation are produced in the following number.
i) Heterozygous for both shape and colour of seeds ......... number.
ii) Dominant for colour, but recessive for shape ........ number.
iii) Homozygous for both shape and colour of seeds ......... number.
iv) Heterozygous for seed shape only ........ number.