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Wow! What do you mean "when elements react", specifically, which elements? Here are the basic reactions though: Combustion:fuel + oxygen -> oxides + energy Synthesis: A + B -> AB Decomposition: AB -> A + B Single Displacement:one element replaces another from a compound: Z + AB -> ZB + A Double Displacement: Elements in different compounds exchange places: AB + XY -> AY + XB ***Smartiiz***
No you see, A B-AB A is not the double displacement reaction, AB- B C is the general format
Well for starters we would have to see what RH group you are in you see AB+ can receive blood from people that are A+ A- B+ B- O+ O- AB+ AB- but can only give to people that are AB+.If you are AB- you can receive from blood types A- B- O- and AB- but you can give to people that are AB+ and AB-.
Possible blood types are A, B, or AB. Basically, the offspring can be any blood type except for O.
It is impossible for two type O people to have a type AB offspring. One person must be A or AB and the other must be B or AB to have an AB offspring.
In the CAS system the letters A and B were designated to main group elements (A) and transition elements (B).
Wow! What do you mean "when elements react", specifically, which elements? Here are the basic reactions though: Combustion:fuel + oxygen -> oxides + energy Synthesis: A + B -> AB Decomposition: AB -> A + B Single Displacement:one element replaces another from a compound: Z + AB -> ZB + A Double Displacement: Elements in different compounds exchange places: AB + XY -> AY + XB ***Smartiiz***
m x n
There are four main blood groups: A, B, AB, and O. These also have a negative and a positive, I.e A+, A-, and so on. This would mean that there are eight different types of blood group: A+ A- B+ B- AB+ AB- O+ O-
Yes, there are 4 different blood types (A, B, O, & AB). Each blood type can either be Rh positive or Rh negative. (e.g., A+, A-, B+, B-, O+, O-, AB+, AB-).
There are ten, in order from most common to most rare: O+ O- A+ A- B+ B- AB+ AB-. O+ is the most common with AB- being the rarest
There are four different types of blood: A, B, AB and O. In order to be able to donate part of your liver they will have to test both yours and your daughter's blood to make sure you are compatable. If you are compatable there may be less chance for rejection of the liver.
Ab+ universal receiver o- universal donor blood types: can donate to: can receive from: ab+: ab+: ab+ ab- a+ a- b+ b- o+ o- ab-: ab+ ab-: ab- b- a- o- a+: a+ ab+: a+ a- o+ o- a-: a+ a- ab+ ab-: a- o- b+: b+ ab+: b+ b- o+ o- b-: b- b+ ab- ab+: b- o- 0+: o+ a+ b+ ab+: o- o+ o-: o+ o- a+ a- b+ b- ab+ ab-: o-
O, A, B, AB
a b o ab
haploypes are chromosomes which can have four different combinations of the A and B genes i.e. AB, Ab,aB and ab. due to being supergenes
there are 8 types of blood a+, b+, o+, ab+,a-,b-,o-,ab-