In monohybrid cross, when both alleles express equally well, the `"F"_(2)` phenotypic ratio becomes:

A monohybrid cross in which both the alleles of a pair express themselves fully in F_(1) - generation . This phenomenon is known as

In "F"_(2) the phenotypic ratio of dihybrid cross is:

In a typical dihybrid cross the F_(2) phenotypic ratio is

complete the blanks. In monohybrid cross, the genotypic ratio is …. (1)and the phenotypic ratio is …. (2).

Both the alleles express themselves equally in F1 generation, except

Both the alleles express themselves equally in F1 generation, except

In a monohybrid cross involving incomplete dominance the phenotypic ratio equals the genotypic ratio in F_(2) generation. The ratio is

In a Mendelian monohybrid cross, the F_(2) -generation shows identcal genotypic and phenotypic ratios. What does it tell us about the nature of alleles involved? Justify your answer.