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.

Work out the cross to show the phenotype and genotype ratio of F_1 and F_2 generations.

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.

in dog flower, a red flowered plant is crossed with a white flowered plant. what will be the phenotypic ratio in F_2 generation?

List various conclusions drawn from a cross between red flowering plant and white flowering plant which give same genotypic and phenotypic ratios of 1:2:1 in F_2 generation.

A plant with red flowers was crossed with another plant with yellow flowers. If F_1 showed all flowers orange in colour, explain the inheritance.

A snapdragon plant with violet flowers was crossed with another such plant with white flowers. The F_1 progeny obtained had pink flowers. Explain , in brief the inheritance pattern seen in offspring of F_1 generation.

In antirrhinum (sanpdragon) all its flower was crossed with a white flower and in a F_1 generation pink flowers where obtained. when pink flower were selfed the F_2 generation show white, red and pink flowers. choose the incorrect statement from the following:

When a Snapdragon plant bearing pink colour flower was selfed, it was found that 69 plans were having red coloured flowers. What would be the number of plants bearing pink flowers and white flowers? Show with the help of Punnett square. Identify the principle of inheritance involved in this experiment.