That would depend on whether the bloods types are both negative or both positive or one of each, If the blood types are both the same then there will be no problem, if the mother has negative blood and the father positive, the baby can be born "blue", which basically means the mothers blood being negative is trying to destroy the fathers positive antibodies from his blood in the baby, this is not too much of a problem as midwives will administer an "anti D" injection to the mother to protect the baby, if untreated the baby will be born with blue lips, toes, fingers and other extremities, a blood transfusion usually sorts any problems and does not have any long term problems for mother or baby.
All of their children are expected to be heterozygous for the trait (Tt), which means they would be tall (dominant phenotype). The recessive trait for being short would only manifest if both copies of the gene were recessive.
The woman would have blood type A. A genotype of IA indicates the presence of the A antigen on red blood cells.
The woman could be AA or AO and the man could be BB or BO. The children would all be AB.
The children could have either blood type A positive or O positive. Each parent passes on one blood type allele to their child, so the child could inherit the allele for either A or O from the father, and the O allele from the mother, resulting in blood types A or O. The positive Rh factor is dominant, so the child would also have a positive blood type.
No - children do not have to have the same blood type as the parents. For example, if one parent has blood type A and the other has blood type AB, the child might have A, B or AB blood types. (For the child to have B, the parent with blood type A would need to be heterozygous, Ao)
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The children would have 50% Indian blood from each parent, making them three-quarters Indian.
All of their children would have type O blood, as the mother can only pass on an O blood type allele and the father can only pass on A or B blood type alleles. Since the mother is OO and the father is either AA or AB, their children would inherit one O allele from the mother and one A or B allele from the father, resulting in type O blood for all offspring.
50% would be expected to have the dimple, but in the pot shoot that makes up our genetic material, all or none may in reality end up dimpled.
Do a punnet square.I am really bad at them, otherwise I would be more helpful. Got a C in biology.
All of their children are expected to be heterozygous for the trait (Tt), which means they would be tall (dominant phenotype). The recessive trait for being short would only manifest if both copies of the gene were recessive.
The blood type of any children would depend on the zygosity in the woman. (Both O and Rh negative are recessive, and will be homozygous in the man). If the woman is homozygous B, then the children will B. If the woman is heterozygous B, either O or B (with 50% chance of each). In the same way, if the woman is homozygous Rh positive, then the children will also be positive. If the woman is heterozygous, then children will be either positive or negative. In short, the possibilities for child blood types are either B or O, with Rh positive or negative.
An action of an upper or middle class southern woman that can be expected is for her to look down on people on the welfare program.
An action of an upper or middle class southern woman that can be expected is for her to look down on people on the welfare program.
Every woman would be different, but if they have children it would be them.