a man with blood group A marries a woman with blood
group O and their daughtes has blood groupe 0.is this
information enough to tell
of the traits - blood
group for ois dinomant?
why or why
on which
not ?
Answers
The given information is not enough to determine the traits- blood group A or O is dominant.
The given information is not enough to determine the traits- blood group A or O is dominant.In ABO blood grouping blood type A is always dominant whereas, the blood type O is always recessive.
The given information is not enough to determine the traits- blood group A or O is dominant.In ABO blood grouping blood type A is always dominant whereas, the blood type O is always recessive.Here the father's blood group is A hence, it can either be homozygous (AA) or heterozygous (AO).
The given information is not enough to determine the traits- blood group A or O is dominant.In ABO blood grouping blood type A is always dominant whereas, the blood type O is always recessive.Here the father's blood group is A hence, it can either be homozygous (AA) or heterozygous (AO).The mother's blood group is O and it is only possible if it is heterozygous (OO).
The given information is not enough to determine the traits- blood group A or O is dominant.In ABO blood grouping blood type A is always dominant whereas, the blood type O is always recessive.Here the father's blood group is A hence, it can either be homozygous (AA) or heterozygous (AO).The mother's blood group is O and it is only possible if it is heterozygous (OO).For the daughter to have blood group O the father must be heterozygous (AO) and mother must be (OO).
The given information is not enough to determine the traits- blood group A or O is dominant.
In ABO blood grouping blood type A is always dominant whereas, the blood type O is always recessive.
Here the father's blood group is A hence, it can either be homozygous (AA) or heterozygous (AO).
The mother's blood group is O and it is only possible if it is heterozygous (OO).
For the daughter to have blood group O the father must be heterozygous (AO) and mother must be (OO).
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