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

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

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:

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:

A pea plant parent having violet coloured flowers with unknown genotype was a plant having white coloured flowers in the progeny 50% of the flowers were violet and 50% were white. The genotype constitution of the parent having violet coloured flower was:

A tall pea plants bearing violet flowers is given with its unknown genotypes. Explain by working out the crosses how would you find the correct genotypes with respect to the two traits mentioned only by " selfing" the given plants.

Hybrid of pure red flowered and white flowered Pea is crossed to pure red flowered plant. The progeny shall be

Hybrid of pure red flowered and white flowered Pea is crossed to pure red flowered plant. The progeny shall be

Hybrid of pure red flowered and white flowered Pea is crossed to pure red flowered plant. The progeny shall be

Hybrid of pure red flowered and white flowered Pea is crossed to pure red flowered plant. The progeny shall be

Hybrid of pure red flowered and white flowered Pea is crossed to pure red flowered plant. The progeny shall be