If $\mathrm{T}$(tallness), $\mathrm{Y}$(yellow colour) are dominant, when a plant heterozygous for both traits is selfed, then the ratio of pure homozygous dwarf and green would be

When $\mathrm{AABB}$ and $\mathrm{aabb}$ are crossed, in the ${\mathrm{F}}_2$ generation, the ratio of $\mathrm{AaBb}$ will be

What should be the genotype of a round seeded tall plant which when crossed with a plant of similar genotype produces the following percentage of phenotypes? (tall round$=56.25\%$, tall wrinkled$=18.75\%$ dwarf round$=18.75\%$, dwarf wrinkled$=6.25\%$.)

How many genetically different gametes will be produced by a heterozygous plant having the genotype $\mathrm{AaBbCc}?$

A cross between yellow round and green wrinkled pure line plants yield                  yellow wrinkled plants in ${\mathrm{F}}_1$ generation.

How many types of gametes are expected from the organism with genotype $\mathrm{AABBCC}$?

Genetically identical progeny is produced when the individual

Some individuals with blood group A may inherit the genes for black hair, while other individuals with blood group A may inherit the genes for brown hair. This can be explained by the principle of

Mendel may not be able to establish the law of independent assortment, if both characters were located on