Assertion :- Round seeds in pea plant may have larger sized or intermediate sized starch grains.
Reaosn :- It is example of pleitropy, multiple alleles and incomplete dominance.

The size of the seed grain in pea is an example of :

The size of the seed grain in pea is an example of :

What percentage of pea seeds would have intermediate size of starch grains in F_(2) generation?

The shape and stanch synthesis in pea seeds is controlled by one gene. Which among the following statements is/ are correct for heterozygotes ? (i) Round seeds are due to the law of dominance while the size of the starch grain is due to the law of incomplete dominance . (ii)Round seeds are due to law of incomplete dominance while the size of the starch grain is due to the law of dominance . (iii) Dominance is not an autonomous feature of a gene or the product that it has information for.

A heterozygous round seeded pea plant is crossed with wrinkled seeded pea plant. How many plants produces intermediate sized starch grain out of 2000 progenies obtained ?

When a tall plant with long sized starch grains (TTLL) is crossed with a dwarf plant with short starch grains (tl), the F, generation consists of tall plant with intermediate sized starch grains. What Would be the phenotypic ratio of tall plants and plants with long sized starch grains in F2 generation?

When a tall plant with long sized starch grains (TTLL) is crossed with a dwarf plant with short starch grains (ttll), the F1 generation consists of tall plant with intermediate sized starch grains. What Would be the phenotypic ratio of tall plants and plants with long sized starch grains in F2 generation?

When a tall plant with long sized starch grains (TTLL) is crossed with a dwarf plant with short starch grains (tl), the F, generation consists of tall plant with intermediate sized starch grains. What Would be the phenotypic ratio of tall plants and plants with long sized starch grains in F2 generation?