When at hetorozygous tal pea plant of `F_(1)` generation upon self fertilization produces tall and dwarf phenotypes it 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

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

If F_(1) generation has all tall plants and ratio of F_(2) generation is 3 tall : 1 dwarf, it proves

If F_(1) generation has all tall plants and ratio of F_(2) generation is 3 tall : 1 dwarf, it proves

If F_(1) generation has all tall plants and ratio of F_(2) generation is 3 tall : 1 dwarf, it proves

Pure tall plants are crossed with pure dwarf plants. In the F_(1) generation, all plants were tall. These tall plants of F_(1) generation were selfed and the ratio of tall to dwarf plants obtained was 3:1 . This is called

Pure tall plants are crossed with pure dwarf plants . In the F_1 - generation , all plants were tall . These tall plants of F_1 -generation were selfed and the ratio of tall to dwarf plants obtained was 3 : 1 . This is called :

For hetrozygous tall plant of pea undergoing selfing, what would be the sum of phenotype and genotypes obtained in F_1 generation?

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