Heterozygous purple flower is crossed with recessive white flower. The progeny has the ratio:

When heterozygous red (dominant) flower is crossed with white flower the progeny would be:

When heterozygous red flowered plant is crossed with white flowered plant the progeny will show a ratio of

When heterozygous red flowered plant is crossed with white flowered plant the progeny will show a ratio of (a) 350 red : 350 white (b) 450 red : 250 white (c) 380 red: 220 white (d) None of the above

When heterozygous red flowered plant is crossed with white flowered plant the progeny will show a ratio of (a) 350 red : 350 white (b) 450 red : 250 white (c) 380 red: 220 white (d) None of the above

A homozygous plant with red flower is crossed with recessive white. Red is dominant over white. The progeny in the "F"_(1) generation will be:

A homozygous purple flower variety of pea [PP] is crossed with white flower variety of pea [pp]. Answer the questions that follow: State Mendel's law of dominance.

A homozygous purple flower variety of pea [PP] is crossed with white flower variety of pea [pp]. Answer the questions that follow: Name two genetic diseases in humans.

A pea plant with purple flowers was crossed with white flowers producing 60 plants with only purple flowers. On selfing, these plants produced 482 plants with purple flowers and 162 with white flowers. What gametic mechanism accounts for these results.

A pea plant with purple flowers was crossed with white flowers producing, 50 plants with only purple flowers. On selfing, the plants produced 470 plants with purple flowers and 160 with white flowers. Explain the genetic mechanism accounting for the above results.

A pea plant with purple flowers was crossed with white flowers producing all 50 plants with only purple flowers. On selfing, these plants produced 482 plants with purple flowers and 162 with white flowers. What genetic mechanism accounts for these results? Explain.