The genotype for Rh positive blood is either RR or Rr and the genotype for Rh negative blood is rr. Since the child gets one gene from each parent, they have the possibility of being either.
No
a or ab neg and o pos
it recieves the neg o or o pos
We are looking for the possible blood types of a MOTHER.Available information:Father type O pos -- can only be OO with Rh (++) or (+-)Genes: O, (+), (-)Baby type O neg -- can only be OO with Rh (--)Baby receives one gene from each parent: Mother must contribute an O and Rh (-)Blood type AO with Rh pos (+-) or neg (--)Blood type BO with Rh pos (+-) or neg (--)Blood type OO with Rh pos (+-) or neg (--)With the father contributing an O and (-) gene, the mother mus contribute the other O and (-); therefore the mother can be Type A pos/neg, Type B pos/neg or Type O pos/neg, with Type O neg being the best case of getting the O neg baby.
Yes. 85% of the population is Rh+. Rh- is recessive . Type O+ and B- can make O+/- (or) B+/-
Yes, the possibilities are A pos or neg and O pos or neg, see the related link.
yes, 1 neg. + 1 pos. = neg. 2 neg. = pos.
conventional theory is pos to neg. electrical theory is neg to pos.
If you operate any electrical device even turning on the ignition, you risk burning out any diodes.
remove resistor from loop positive to positive terminal neg to neg
hook 2 batteries pos to neg and 2 more pos to neg, now you have 2 at 24v and hook the 2 pair pos to neg
Blood type A+ positive cand donate to people that have types A+ or AB+. They can receiver blood from Apos & neg, O pos & neg. Type O+ can give to O+ A+ B+ AB+ & only receive from O pos & neg Type B+ can give to B+ and AB+ and receive from B pos & neg; O pos & neg. Type AB+ can give only to AB+ and receive from EVERYONE A- (neg) can give to A pos & neg; AB pos & neg & receive from A neg & O neg. O- (neg) can give to EVERYONE and receive only O - (neg) B- (neg) can give to B pos & neg; AB pos & neg and receive from B- and O- AB- can give to only AB neg & pos and receive from AB-, A-, B-,O- **Type O blood is the universal blood type and is the only blood type that can be transfused to patients with other blood types **There is always a need for Type O donors because their blood may be transfused to a person of any blood type in an emergency
You hook them in parallel pos to pos and neg to neg.
*Note from asker: Both my parents and at least one brother have B pos blood... Possibility of a throwback gene?
We are looking for the possible blood types of a baby.Parental information:Mother type A neg --can be AA or AO with Rh (--) = contributes A, O, (-)Father type O pos --can only be OO with Rh (++), (+-) = contributes O, (+), (-)Baby receives one gene from each parent: Baby is type AO with Rh (+-) or (--) = Type A pos/negBaby is type OO with Rh (+-) or (--) = Type O pos/negYES, these parents could produce a Type A positive child.
We are looking for the possible blood types of a baby.Parental information:Mother type A negative -- can be AA or AO and Rh (--)Genes: A, O, (-)Father type A -- can be AA or AO and Rh (--)Genes: A, O, (-)Baby recieves one gene from each parent: Baby is type AA Rh (--) = Type A negBaby is type AO Rh (--) = Type A negBaby is type OO Rh (--) = Type O negIf both parents are A neg, then they would have an Type A neg or O neg child. The child cannot B because the parents do not carry a B gene, and cannot be Rh positive since neither parent carries the Rh (+) gene.
in parallel pos to pos neg to neg might want to use an isolator