Three alleles namely `I^A,I^B` and I control the blood grouping in human beings.How many different genotypes are likely to be present in the human population ?

Three alleles namely 1^ A , I^B , and i control the blood grouping in human beings. How many different genotypes are likely to be present in the human population?

Three alleles namely I^(A),I^(B) and i control the blood grouping in human beings. How many genotypes are likely to be present in human population

The gene I that controls the ABO blood grouping in human beings has three alleles I^A , I^B and i: (a) How many different genotypes are likely to be present in the human population? (b) Also, how many phenotypes are possibly present?

The gene I that controls the ABO blood grouping in human beings has three alleles IA. IB and i (a) How many different genotypes are Likely to be present in human population? (b) Also, how many phenotypes are possibly present?

The gene I that controls the ABO blood grouping in human beings has three alleles IA. IB and i (a) How many different genotypes are Likely to be present in human population? (b) Also, how many phenotypes are possibly present?

The gene I that controls the ABO blood grouping in human beings has three alleles IA. IB and i (a) How many different genotypes are Likely to be present in human population? (b) Also, how many phenotypes are possibly present?

The gene I that controls the ABO blood grouping in human beings has three alleles IA. IB and i (a) How many different genotypes are Likely to be present in human population? (b) Also, how many phenotypes are possibly present?

Blood grouping in human beings is controlled by