6.8 cm
the correct answer is the 15 number in the alphabet which is o
100 + 100 = 200
4 plus 4 isn't 72. It is actually 72. :O
let the two circles with centre O and P are congruent circles, therefore their radius will be equal. given: AB and CD are the chords of the circles with centres O and P respectively. ∠AOB=∠CPD TPT: AB=CD proof: in the ΔAOB and ΔCPD AO=CP=r and OB=PD=r ∠AOB=∠CPD therefore by SAS congruency, ΔAOB and ΔCPD are congruent triangle. therefore AB=CD
i would not think so but if you transfer your blood to someone els with an incompatible blood type it could kill them.Donor O-, Recipient compatible with any type.Donor O+, Recipient compatible with O+, A+, B+, AB+; incompatible with O-, A-, B-, AB-.Donor A-, Recipient compatible with A-, A+, AB-, AB+; incompatible with O-, O+, B-, B+.Donor A+, Recipient compatible with A+, AB+; incompatible with O-, O+, A-, B-, B+, AB-.Donor AB-, Recipient compatible with AB-, AB+ onlyDonor AB+, Recipient compatible wit AB+ only.
then the baby will be O plus, or AB plus , I think .
No!
The children can be A positive or B positive but not O or AB.
Type O is compatible with any other types (in that it can be donated to anyone). Type A is compatible ONLY with Type A and Type AB. Type B is compatible with itself and Type AB. Type AB is compatible with any of the others (it can receive from any of the other types).
yes
Yes.
A person with O positive blood is compatible for transfusion with other blood types that are also positive (O positive and AB positive). However, O positive blood can also be safely transfused to patients with A positive and B positive blood types in certain circumstances.
Blood groups have nothing to do with marriage or even sexual relations. Blood groups come into play for transfusions and sometimes childbirth. It is important during times that large quantities of blood are being exchanged, because the body can reject certain types if they are not compatible.
If the mother and father are both type O, the baby cannot be type AB.
No, the parent with with AB- will contribute either A or B or both to the child.
No