the genotype of man = IAIO
The genotype of father = IOIO
The genotype of mother = IAIB
from above punnet square
Ans 7B- 50%
Ans 7C- 50%
Ans 7D- none (0%)
Ans 7E- No, woman cant donate blood to her husband because the AB blood group of woman contains both antigen A and antigen B against which man can produce antibodies. This will coagulate the blood.
QUESTION 25 A woman of blood type AB marries a man of group A whose father...
A man with Type AB blood marries a woman with Type O blood. (With this in mind answer the next questions.) 40. C What is the probability that they will have a child with Type O blood? A. O B. 0.25 C. 0.5 D. 0.75 E. 1 41. _ What is the probability that they will have a child with Type A blood? (use answers from previous question)
A man with type A blood marries a woman with type B blood. They have a type O child. What is the probability of their 5th child having type O blood?
18. A man with type AB marries a woman with type AB. probability that any particular child will be type 0? What is the
A woman with type A blood is claiming that a man with type AB blood is the father of her child who is type B. Could this man be the father of the child? _Show the possible crosses; remember that the woman can have AA or AO genotypes. PO Assuming that he is the father, what must the mother's genotype be? 9. A man with type AR hlond in
If a blonde man with blood type AB positive marries a brown haired woman (h1h2) that has a blood type O positive (++), what are the chances of getting a brown haired B positive child? The question doesn't state the man's Rh label, so is it possible to answer the question?
A man with type A blood marries a woman with type B blood. Their child has type O blood. What are the genotypes of these three individuals? What genotypes, and in what frequencies, would you expect in future offspring from this marriage?
A woman has type A blood that is Rh-negative. Her father, however, had type B blood that was Rh-positive. She marries a man who is AB positive, but his mother was Rh-negative. I know that the allele for Rh positive blood is dominant (R) over the allele for Rh-negative blood (r). But I am having trouble with a 4x4 Punnett square which I am sure would be essential to solving this! I appreciate any help you could give! 1. What...
A type A woman is the daughter of a type O father and type A mother. If she has children with a type AB man, what is the probability that they have an “A” blood type first child but a “B” blood type second child, and a “AB” blood type third child?
A woman has type A blood that is Rh-negative. Her father, however, had type B blood that was Rh-positive. She marries a man who is AB positive, but his mother was Rh-negative. what is the genotype of the woman? I'm thinking she's either AA or AO but how do I know which one?
A man with type A blood marries a woman with type B blood. Each had a parent with type O blood. What re the odds of each blood type among their children?