You have a father how is type (A-heterozygote) blood and married to a women how is type (B-heterozygote) blood, find
All the children’s possible blood types and ratios.
blood group alleles show codominance
male- OA female-OB
all the children, OO, OB, OA,AB
so the possible blood groups in children are
O GROUP
A GROUP
B GROUP
AB GROUP
each having a % chance of 25%
You have a father how is type (A-heterozygote) blood and married to a women how is...
A child's mother has type A blood. Their father has type B blood. The child has type O blood. Types A & B are qually dominant. Explain how it is possible for the child to have type O. Use a Punnett square to show this. How would we classify the parent genotypes using the terms listed above? [It is easiest to make a table in your document and put the appropriate letters into the boxes to represent the square.]
6. The allele for curly hair is codominant to the allele for straight hair, the heterozygote has wavy hair. if two people with wavy hair marry, what hair types would you expect among their offspring 7. Two children in a family have blood type. The mother has type B, and the father has type A a. What are the genotypes of all of the individuals? b. What is the probability that their next child will have blood type O? 8....
Can a blood type O mother and a blood type B father have a blood type O child? only if both parents are homozygous yes no
A mother has blood type AB and a father has blood type O and they have a child together. A. What is the probability that their child will have O blood type like the father? B. If blood is needed to be given to the mother and AB blood type is not available, what other blood type(s) can the mother receive (not considering Rh factor)? Explain your answer. C. Explain why a person with AO genotype has the same phenotype...
In this scenario, the mother has blood type A and is heterozygous (IAi). The father has blood type B and is also heterozygous (IBi). First, please complete the Punnett square below. Add one allele into each parental allele box, and a complete genotype (such as IAIB, IBi or ii) into each offspring box. Remember that dominant alleles should always be written before recessive alleles in a genotype (IBi, never iIB). Please review my powerpoint! BLOOD TYPE (A and B alleles...
Genetics 1. A man with blood type B is the father of a child with blood type A, and the mom is blood type AB. What is the father's genotype? a. not enough information to determine the father's genotype b. AB c. Bo 2. What are the chances that a couple will have a boy with colorblindness, sex-linked recessive if the father is colorblind and the mother is homozygous dominant for normal color vision? a. 0% b. 100% c. 75%...
13. A woman has type B blood and her child has type AB blood. Select the answer below that shows all of the possible blood types of the father? a. The father could be AB or A b. The father must be B c. The father must be A d. The father could be A or B e. The father could be A or O
uppose a person with type A blood and a person with type B blood get married. What are the possible genotypes of their children could have? Explain, in detail, with appropriate charts with an explanation. Please include a punnet square
1. In humans the allele for A type (IA) blood and B type blood (IB)show co-dominance, so that a person with both alleles has blood type AB (phenotype). Both A and B alleles are dominate to the allele for O (i). A person with an allele for type A blood and an allele for type o blood marries someone with an allele for type B blood and an allele for type o blood. List the types of offspring they could have and...
Genetics
Male parent: Blood type A; his mother is type O Female parent: Blood type AB; her father is type A What is the genotype of the male parent? What a the genotype of the female parent? What will be the possible blood types of the children of this couple? What proportion of the children will have A blood type? Enter your answer as a decimal to two places.