Red flowered (RR) plants are crossed with white flowered (rr) Plants. The hetrozygous `F_(1)` resuilted in pink flowers. Exaplain the phenomenon with the help of a cross and write the phenotypic and genotypic ratios.

A plant with red flowers was crossed with another plant of same species with white flowers, the plants of F, generation bore pink flowers. Explain the pattern with the help of a cross.

" If red flowered plants [RR] of antirrhinum species are crossed with white flowered plants [rr] then expected "F_(1)" progeny is : "

Apant of Antirrhinum majus with red flowers was crossed with another plant of the same species with white flowers. The plants of the F_(1) generation bore pink flowers . Explain the patttern o inheritance with the help of a cross.

Apant of Antirrhinum majus with red flowers was crossed with another plant of the same species with white flowers. The plants of the F_(1) generation bore pink flowers . Explain the patttern o inheritance with the help of a cross.

Apant of Antirrhinum majus with red flowers was crossed with another plant of the same species with white flowers. The plants of the F_(1) generation bore pink flowers . Explain the patttern o inheritance with the help of a cross.

In Snapdragon, a cross between true-breeding red flowered (RR) plants and true -breeding white flowered (rr) plants showed a progeny of plants with all pink flowers. (a) The appearance of pink flowers is not known as blending. Why ? (b) What is the phenomenon known as ?

In Snapdragon, a cross between true-breeding red flowered (RR) plants and true -breeding white flowered (rr) plants showed a progeny of plants with all pink flowers. (a) The appearance of pint flowers is not known as blending. Why ? (b) What is the phenomenon known as ?

In Snapdragon, a cross between true-breeding red flowered (RR) plants and true -breeding white flowered (rr) plants showed a progeny of plants with all pink flowers. (a) The appearance of pint flowers is not known as blending. Why ? (b) What is the phenomenon known as ?

When red and white flowered Mirabillis plants are crossed all pink flowers are seen in "F"_(1) generation. When "F"_(1) progeny is selfed, the expected phenotypic and genotypic ratios are:

When red and white flowered Mirabilis plants are crossed, all pink flowers are produced in F_(1) generation. When F_(1) progeny is selfed , the expected phenotypic and genotypic ratios are, respectively .