It's -(ab/3) .
The actual number that it is depends on the values of 'a' and 'b'. As soon as
either of them changes, -(ab/3) also immediately changes.
always
so let's group and then factor ab+2a+3b+6= (ab+2a)+(3b+6)= a(b+2)+3(b+2)= (a+3)(b+2) and that is our final answer! Doctor Chuck
Yes
Then, if A nd B are scalars, it is not really surprising. If A and B are vectors then they have the same direction.
a+b(a+B)=ab
AB
AB negative is a RH negative blood type.
(ab/b) / (4a/5b) =(ab / b) * (5b / 4a) = (5ab2 / 4ab)= 5 / (4b)
AB negative, A negative, B negative, O negative. Type AB is a universal receiver.
AB+ and other fellow AB-
A, B, or AB, positive or negative
An individual who is blood type AB negative can donate blood to individuals with AB positive and negative blood types. They can receive blood from AB negative donors, as well as from donors with O negative, A negative, and B negative blood types.
AB negative is the rarest blood type, as it occurs in only about 1% of the population. AB positive is more common, occurring in about 3-4% of the population.
55/5ab + 4/5ab = 59/5ab
Because a radical has two solutions, the positive and negative. This means that √(a2b2) has twice as many solutions as ab. ab is in fact a subset of √(a2b2).
Two negatives make a positive so your equation simplifies firstly as 4ab + 3ab and finally as 7ab.
If AB does not equal 3x, then AB must either be less than 3x or greater than 3x. This means we can express the relationship as AB < 3x or AB > 3x. The statement highlights that AB cannot be equal to 3x by definition.