If a plant heterzoygous for tallness is selfed, the `"F"_(2)` generation has both tall and dwarf plants. This proves the principle of:

If a plant hetrozygous for tallness is selfed, the F_(2) generation has both tall and dwarf plants. This proves the principle of or when hytrozygous talll lants are self-pollinated than tall and dwarf plants are obtained this is explain to

Heterozygous tall plant is selfed. It produces both tall and dwarf plants. This confirms Mendel's law

When at hetorozygous tal pea plant of F_(1) generation upon self fertilization produces tall and dwarf phenotypes it proves the principle of :-

When at hetorozygous tal pea plant of F_(1) generation upon self fertilization produces tall and dwarf phenotypes it proves the principle of :-

Pure tall plant is crossed to dwarf plant. F_(1) generation consists of only tall plants while F_(2) generation has both tall and dwarf in ratio of 3:1. The phenomenon is due to

Pure tall plant is crossed to dwarf plant. F_(1) generation consists of only tall plants while F_(2) generation has both tall and dwarf in ratio of 3:1. The phenomenon is due to

Pure tall plant is crossed to dwarf plant. F_(1) generation consists of only tall plants while F_(2) generation has both tall and dwarf in ratio of 3:1. The phenomenon is due to

When heterozygous tall plants are self - pollinated , then tall and dwarf plants are obtained . This explains