Two plants one with black flower and other with white flower were crossed in an experiment. In the next generation grey coloured flowers were obtained. The reason for the result is:

Two Antirrhinum plants, one with red flowers and the other with white flowers were crossed. Show the possible genotypes and phenotypes of the progeny of F_1 and F_2 generations using the Punnette square. Explain the pattern of inheritance.

A pea with white flowers was crossed to another pea which is also white flower plant. When selfed the F_(2) generation produced purple and white in the ration 9:7. The reason for the results is that

A pea with white flowers was crossed to another pea which is also white flower plant. When selfed the F_(2) generation produced purple and white in the ration 9:7. The reason for the results is that

Pure red flowered and white flowered plants were crossed. It produced 120 offspring with

In a cross between plants with purple flowers and plants with white flowers, the offspring of F_1 generation all had white flowers. When the F_1 generation was self-crossed, it was observed in the F_2 generation that out of 100, 75 flowers were white. Make a cross and answer the following questions: The above cross is known 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 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: