Phenotypic ratio of a monohybrid `F_(2)` progeny of incomplete dominance is

Phenotypic ratio of monohybrid test cross is:

Refer the given statements and select the correct option (i) Percentage of homozygous dominant individuals obtained by selfing Aa individuals is 25 % (ii) Types of genetically different gametes produce by genotype AABbcc are 2 (iii) Phenotypic ratio of monohybrid F_(2) progeny in case of Mirabilis jalapa is 3 :1

Refer the given statements and select the correct option (i) Percentage of homozygous dominant individuals obtained by selfing Aa individuals is 25 % (ii) Types of genetically different gametes produce by genotype AABbcc are 2 (iii) Phenotypic ratio of monohybrid F_(2) progeny in case of Mirabilis jalapa is 3 :1

Refer the given statements and select the correct option (i) Percentage of homozygous dominant individuals obtained by selfing Aa individuals is 25 % (ii) Types of genetically different gametes produce by genotype AABbcc are 2 (iii) Phenotypic ratio of monohybrid F_(2) progeny in case of Mirabilis jalapa is 3 :1

Refer the given statements and select the correct option (i) Percentage of homozygous dominant individuals obtained by selfing Aa individuals is 25 % (ii) Types of genetically different gametes produce by genotype AABbcc are 2 (iii) Phenotypic ratio of monohybrid F_(2) progeny in case of Mirabilis jalapa is 3 :1

Select what would be the genotypic ration of F_2 generation of a monohybrid cross in case of incomplete dominance-

Phenotypic ratio in monohybrid cross was_____

Phenotypic and genotypic ratio in F_(2) generation in incomplete dominance is

Phenotypic and genotypic ratio in F_(2) generation in incomplete dominance is