A pure tall plant (TT) is crossed with a pure dwarf plant (tt). Draw Punnett squares to show
F1 generation
F2 generation.

In peas, a pure tall plant (TT) is crossed with a short plant (tt). The ratio of pure tall plants to short plants in F_(2) is

In Mendel's experiments, tall pea plants (T) are dominant over dwarf pea plants (t). Draw a Punnett square board to show the gametes and offspring when both the parents are heterozygous for tallness.

When pure long plant having white flower is crossed with pure dwarf plant having red flower, the dwarf progeny in F_(2) generation is

When a tall plant with rounded seeds (TTRR) is crossed with a dwarf plant with wrinkled seeds (ttrr), the F_(1) generation consists of tall plants with rounded seeds. How many types of gamets an F_(1) plant would produce

A homogamous tall pistilltate plant (TT) is crossed with homogamous dwarf staminate plant (tt). What is the genotype of endosperm?

A homogamous tall pistilltate plant (TT) is crossed with homogamous dwarf staminate plant (tt). What is the genotype of endosperm?

A homogamous tall pistilltate plant (TT) is crossed with homogamous dwarf staminate plant (tt). What is the genotype of endosperm?

Pure tall plant is crossed to dwarf plant. F_(1) generation consists of only tall plants while F_(2) generation has both tall and dwarf in ratio of 3:1. The phenomenon is due to

Pure tall pea plant with round seeds is crossed with pure dwarf pea plant with wrinkled seeds . The probability of genotype ttRR in F_2 generation is

When a tall plant with long sized starch grains (TTLL) is crossed with a dwarf plant with short starch grains (tl), the F, generation consists of tall plant with intermediate sized starch grains. What Would be the phenotypic ratio of tall plants and plants with long sized starch grains in F2 generation?