A traditional, nuclear, or immediate family.
No. AB parents cannot have O type children; however, A, B, and O can have O type children. If the father is AB and the mother is A the child will have to be either A, B or AB.
There are many possibilities, but two things are certain: at least one parent must be type A or AB, and at least one parent must be Rh + A child with blood type A+ can have the following combinations of parents: Mother A+, Father A+ Mother A+, Father A- Mother A-, Father A+ Mother A+, Father B+ Mother A+, Father B- Mother A-, Father B+ Mother A+, Father AB+ Mother A+, Father AB- Mother A-, Father AB+ Mother A+, Father O+ Mother A+, Father O- Mother A-, Father O+ Mother B+, Father A+ Mother B+, Father A- Mother B-, Father A+ Mother B+, Father AB+ Mother B+, Father AB- Mother B-, Father AB+ Mother AB+, Father A+ Mother AB+, Father A- Mother AB-, Father A+ Mother AB+, Father B+ Mother AB+, Father B- Mother AB-, Father B+ Mother AB+, Father AB+ Mother AB+, Father AB- Mother AB-, Father AB+ Mother AB+, Father O+ Mother AB+, Father O- Mother AB-, Father O+ Mother O+, Father A+ Mother O+, Father A- Mother O-, Father A+ Mother O+, Father AB+ Mother O+, Father AB- Mother O-, Father AB+
Because the actuality of IAIA is actually A then the father would be type A and the mother being type O they would produce children of Type A blood type. For the answer I chose A) A... I just had this on my Bio exam.
The mother is genotype AB, the father is either genotype BO or BB. If the father is genotype BO, the children can be genotype AB, AO, BB, or BO. This results in children with phenotype blood types of: AB, A, or B. If the father is genotype BB, the children can be genotype AB, AB, BB, or BB. This results in children with phenotype blood types of: AB or B.
No. The mother only has type O antigens and the father has type B (and possibly O). Neither of them could have supplied the type A antigens to the child.
a family of 3triotrio of love
Blood type is a combination of the mother's and the father's genes.
Yes. This would mean the mother was AO-- and the father was AO++ or AO+-. In a family like this, all children would have blood type A+, A-, O+, or O-.
This type of family is what people refer to as the normal type of family. It includes a mother and a father living together with their child or children. The child or children can be born to the couple or adopted. This family type includes several generations; grandparents, parents, along with aunts and/or uncles, siblings and other relatives. They share accommodation, chores, meals and finances
Father can be A, B, or O.
all type A children born in this condition are A heterozygous . there is two possibilities with the father genes but both give us the same result, since we don't know the father blood type is hetero or homo : if Father is Hetero : 1- Father(IAi --> A) and Mother(ii --> O), the Children are 50% of the kids will be O 50% of the kids will be A ( hetero) if Father is Homo : 2- Father(IAIA --> A) and Mother(ii --> O), the Children are 100% of the kids will be A ( hetero) so in both cases weither the father is homo or hetero, children will be hetero, because of the mother blood type.
No. AB parents cannot have O type children; however, A, B, and O can have O type children. If the father is AB and the mother is A the child will have to be either A, B or AB.
Nuclear Family - consists of oly father, mother, child/children living in one roof.Extended Family - a family that includes in one household near relatives in addition to a nuclear family (like grandparents)Compound Type- two Single Parent type of families together. There goes what we call step-father/mother and step-sisters/brothers.Single Parent - this is self-explanatory
Yes. If the mother is OO and the father is OB then yes. If the mother is OO and the father is BB then no.
Look at the Grandparents.
Not necessarily. It depends on the father's blood type as well.
Father and mother ( B and O) the father alleles here are heterozygous (IBi) IBi ... ii children are : IBi , IBi , ii , ii so 50% of children may be type B & 50% of children may be type O but if the father B type is homozygous ( IBIB) 100% of children will be type B ,,, (IBi) if father is (Rh+Rh+) and mother (Rh-Rh-) all kids will be Positive. but if father (Rh+Rh-) and mother (Rh-Rh-) 50% of children will be + 50% of children will be -. Medical Answers need to be confirmed and re-confirmed.