The blood group of a person is determined by two alleles. The O blood group is determined by the OO genotype, and the B blood group can be either BB or BO.

Given that the child has an O blood group, he/she must have received an O allele from both parents (since O is recessive and only shows up when no other alleles are present).

The father has a B blood group, so his genotype could be either BB or BO. However, since he passed on an O allele to his child, his genotype must be BO.

So, the genotype of the father will be IB IO (option 4).

Question

The blood group of a person is determined by two alleles. The O blood group is determined by the OO genotype, and the B blood group can be either BB or BO.

Given that the child has an O blood group, he/she must have received an O allele from both parents (since O is recessive and only shows up when no other alleles are present).

The father has a B blood group, so his genotype could be either BB or BO. However, since he passed on an O allele to his child, his genotype must be BO.

So, the genotype of the father will be IB IO (option 4).

Knowee AI · Accepted Answer

The blood group of a person is determined by two alleles. The O blood group is determined by the OO genotype, and the B blood group can be either BB or BO.

Given that the child has an O blood group, he/she must have received an O allele from both parents (since O is recessive and only shows up when no other alleles are present).

The father has a B blood group, so his genotype could be either BB or BO. However, since he passed on an O allele to his child, his genotype must be BO.

So, the genotype of the father will be IB IO (option 4).

A child of O-group has B-groupfather. The genotype of fatherwill be(1) IOIO (2) I BIB(3) I AIB (4) IB IO

Question

A child of O-group has B-group father. The genotype of father will be

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