No. The only possible blood types would be A and O.
It is possible for the baby to be O if both parents were Ao
A+ and A- A+ and O-
Yes, this is possible but with low percentage reaches to 25%.
No - this is not possible. The baby must inherit the B allele from one of it's parents - but neither of these parents have one. The only possibilities with these parents are blood type A or O, depending on whether the parent with A-type blood is heterozygous, AO, or homozygous, AA.
No. The child would have A+
The only way that would be possible is if there was a mutation during the formation of one or both of the parents' gametes.
It could be possible, but only if both the parents are heterozygous.If the mother is AO and the father is BO - there is a 25% chance the child will be OO (O blood group).However, if either or both of the parents are homozygous (AA or BB) - then they cannot have an O child.
Yes - AB Parent has genotype IA IB . If the parent with B blood has the genotype IBi, which is entirely possible, then there is a chance that the baby would be IAi, and would have type A blood. Plus/minus has to do with the RH factor in blood, so you can't tell from the information given whether the baby could be "plus". If one of the parents is RH+, the baby could be as well.
No...well, unless one of the parents is a chimera, but the chances of that are remote.
This would depend on what the genotype is of the parents. They could have children with type A, B, AB, or O type blood. This is possible if they are both heterozygous if they are homozygous for their respective blood types they could only have AB children. Also the statistics for the blood types would change if one parent was homozygous and one parent were heterozygous.
O plus.
Yes - it is possible. Firstly, if both parents have the blood type O, then the child must also have blood type O. Rh positive is dominant, so a person who is Rh + may be heterozygous (Rh+/Rh-). Both parents in this case would need to be heterozygous for the child to be Rh-.