Yes this depends on type off parent alleles
Rh- ,,,,,,, alleles are (Rh-Rh-)
Rh+ ,,,,,, alleles are (Rh+Rh+) or ( Rh+Rh-)
if mother is (Rh-Rh-) and father is (Rh+Rh+ )
there is no chance to have Rh- baby, here all will be Positive
if mother is A+ (Rh+Rh+) and father is O+(Rh+Rh+)
also here there is no chance to have Rh- baby, and all will be Positive
if mother is A+ ( Rh+Rh-) and father is O+( Rh+Rh-)
the may have a negative baby but with very low percentage that reaches to 25%
The father can be A,B or even 0 bloodtype.
He can be Rhezus negative or positive.
Bloodtypes are not used in determining parenthood.
The father has a phenotype of A positive blood. More information would be needed to predict the specific genotype of the father.
Yes.
Yes. The father's phenotype is AO+*; the mother's is OO--.
Yes. The father's phenotype is AO+*; the mother's is OO--.
Yes.
Yes
No they can not. two positives do not make a negative
the baby may be A or O.
If the mother is A negative, and the father is B positive, they could have children who are A negative, A positive, B negative, B positive, AB negative, AB positive, O negative, or O positive.
yes if both are heterozygotes
# yes, if father is + - for RH and mother - - (negative) or + - (positive); the father can generate sons A, B, or AB depending by mother's group.
It's called "positive" and "negative" - yes the "A" father and "B" mother can each give a gene to produce "AB"; The Rhesus gene is either positive or negative so the baby could get either.
no