A cow with red coat is crossed with a bull having white coat. Their offspring produced in `F_(1)` generation showed roan coat. This effect is produced due to juxtaposition of small patches of red and white colour. What can be assumed about the gene controlling coat colour in cattle ?

Roan colour in cattle is due to what condition of genes controlling red and white colour ?

When a red flower homozygous pea plant is crossed with a white flower plant what colour is produced in F_(1) :-

When a red flower homozygous pea plant is crossed with a white flower plant what colour is produced in F_(1) :-

A white flowered mirabilis plant rr was vrossed with red coloure RR, If 120 plants produced in F_(2) generation. The result would be

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:

A white flowered mirabilis plant rr was crossed with red colour RR, If 120 plants are produced in F_(2) generation. The result would be :-

A white flowered mirabilis plant rr was crossed with red colour RR, If 120 plants are produced in F_(2) generation. The result would be :-

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 plan with red coloured folowers is crossed with a plant having white fllowes. The red and white colour of the flower is controlled by a single gene. Red is domainan over white. The F1 progeny is self-pollinated and the flower colour in F2 is observed. Given the above information what is the expected phenotypic ratio of plants with different flower colours ?