A red-flowered pea plant was crossed with white-flowered plant. In `"F"_(1)` generation all plants were red. It confirms that white colour is:

A red flowered plant when crossed with white flowered plant, it gave red flowered plants in F_(1) generation. The gene for red colour is considered as:

A red flowered plant when crossed with white flowered plant, it gave red flowered plants in F_(1) generation. The gene for red colour is considered as:

In Mirabilis jalapa when red flowered plants crossed with white flowered plant, the F_(1) progeny was

When red flowered plants are crossed with white flowered plants the F_(2) generation gives a ration of 3:1. What do you conclude?

When red flowered plants are crossed with white flowered plants the F_(2) generation gives a ration of 3:1. What do you conclude?

When a red flowered antirrhinum plant was crossed with a white flowered Antirrhinum plant,the F_(1) offspring had pink flowers.Mention: (a)The genotype of F_(1) plant (b)The reason why it did not bear the parental red or white flower colours ?

When a red flowered. Antirrhinum plant was crossed with a white flowered Antirrhinum plant, the F_1 offspring had pink flowers. Mention (a) the genotype of F_1 plant, and (b) the reason why it did not bear the parental red or white flower colours?

On crossing red & ehite flowered plants the ration of red and white flowered plnts in F_(2) generation was 60:20, then on selfing the heterozygous red flowered plants, the offsprings would be :-