The GCF is b.
The GCF is b.
The GCF is a2b.
Here is a proof. Let a and b be any two real numbers. Consider the number x defined as x = ab + (-a)(b) + (-a)(-b). We can write this out differently as x = ab + (-a)[ (b) + (-b) ] Then, by factoring out -a , we find that x= ab + (-a)(0) = ab + 0 = ab. Also, x = [ a + (-a) ]b + (-a)(-b) And by factoring out b, we find that x=0 * b + (-a)(-b) = 0 + (-a)(-b) = (-a)(-b). Therefore x = ab and x = (-a)(-b) Then, by the transitivity of equality, we have ab = (-a)(-b).
a and b are factors of ab
The GCF is b.
The GCF is 27b.
b
The GCF is b.
# What are the possible blood types for the cross between the type B (BB or Bo?) male and AB female? # What are the possible blood types for the cross between the type B (BB or Bo?) male and AB female?
The GCF is a2b.
Yes, this will happen in a possibility with 50%.when AB and O give kids, the blood types of them will be :* 50% type A.* 50% type B.
15
If there both b positive, then probally not. But if the dad was a b positive and the mum was an a positive then there would be a 50/50 chance of tem having an ab positive.
30 + ab + 6b + 5a = 5(a+6) + b(a+6) = (b+5)(a+6)
Half of the gametes will contain the A allele, and half will contain the a allele.
I used http://www.biology.arizona.edu/Human_Bio/problem_sets/blood_types/btcalcA_popup.html (one the side where is says possible blood types for a parent) so the father has to be A+, B+, AB+ or O+ If you are AB- and your twins are A+ then their father would be either A+ or O+. The father could be A+, B+, AB+, or O+. The Rh+ must come from the father. The twins have blood type A, which could be either AA or AO. If the father is B+, he must be the BO version rather than BB. Here are charts showing how, with the mother across the top with blood type AB, and the father down the left side. Father of type A, specifically AO: ___A__B A | AA AB O | AO BO 50% chance of type A, 25% chance of AB, and 25% chance of B. Father of type A, specifically AA: ___A__B A | AA AB A | AA AB 50% chance of type A, 50% chance of AB Father of type B, specifically BO: ___A__B B | AB BB O | AO BO 25% chance of type A, 25% chance of AB, and 50% chance of B. Father of type AB: ___A__B A | AA AB B | AB BB 25% chance of type A, 50% chance of AB, and 25% chance of B. Father of type O: ___A__B O | AO BO O | AO BO 50% chance of type A, 50% chance of B.