In a homozygous pea plant, axial flowers (A) are dominant over terminal flowers (a).
Draw a Punnett square board to show the gametes and offsprings when both the parent plants are heterozygous for axial flowers.

In a homozygous pea plant, axial flowers (A) are dominant over terminal flowers (a). State Mendel's Law of Dominance.

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.

In a homozygous plant round seeds (R) are dominant over wrinkled seeds (r): Draw a Punnett square to show the gametes and offspring when both the plants have heterozygous round seeds (Rr).

In a homozygous pea plant, axial flowers (A) are dominant over terminal flowers (a). Name two genetic disorders commonly seen in human males.

In a homozygous pea plant, axial flowers (A) are dominant over terminal flowers (a). What is the phenotypic ratio and genotypic ratio of the above cross shown in (ii)?

In a homozygous pea plant, axial flowers (A) are dominant over terminal flowers (a). What is the phenotype and genotype of the F_1 generation if a plant bearing pure axial flowers is crossed with a plant bearing pure terminal flowers?

In flowering plants both types of gametes are

If two pea plants having red (dominant) coloured flowers with unknown genotypes are crossed, 75% of the flowers are red and 25% are white. The genotypic constitution of the parents having red coloured flowers will be:

Given below is a schematic diagram showing Mendel's Experiment on sweet pea plants having axial flowers with round seeds (AARR) and Terminal flowers with wrinkled seeds (aarr). Study the same and answer the questions that follow : Give the phenotypic ratio of F_2 progeny.

Given below is a schematic diagram showing Mendel's Experiment on sweet pea plants having axial flowers with round seeds (AARR) and Terminal flowers with wrinkled seeds (aarr). Study the same and answer the questions that follow : Give the phenotype of F_1 progeny.