When 4 O' clock plant with red flower is crossed with white flower, the `F_1` plant produces pink flower. What is this type of inheritance? Explain the inheritance at the molecular level.

In 4 o' clock plant Explain the type of inheritance.

Which of the following plants produces seeds but not flowers : -

If a homozygous red flowered plant is crossed with a homozygous white flowered palnt then the following will be:

A yellow colour flower plant indicated by YY is crossed with white color flower plant denoted by yy. (a) following the Mendelian inheritance pattern , what would be the flower color is first filial generation ? (b) Which Mendelian principle is illustrated in this cross ? (c) Derive the cross and state the phenotypic ratio of yellow flowers to white flowers in F_2 generation ?

Explain the molecular basis for occurrence of white flowers in peas.

A plant with red flowers was crossed with another plant of the same species with white flowers. The offspring thus obtained were 60 plants with only pink flowers. On selfing, these plants produced 60 plants with red flowers, 120 plants with pink flowers and 60 with white flowers. a. Name the genetic principle behind this. b. Give scientific explanation for this. " c. Name the geneticist who conducted this experiment.

RR (Red) flower of Mirabilis is crossed with White (WW) flowers. Resultant offspring are pink RW . This is an example of ................

In Antirrhinum (dog flower), phenotypic ratio in F_(2) generation for the inheritance of flower colour would be

Harish observed two different types of papaya plants in his garden. One produced male flowers only and the other type produced female flowers as well as fruits. a. What are these type of plants called in which male and female flowers seen separately? b. Name another plant with the same feature. c. If both male and female flowers are seen separately in the same plant, what do you call them? Give examples.

How was the genetic mystery of Mendle's white flowers of pea plant solved?