The only way this could be true is under one of the following conditions:
Consider:
ab = c
bc = a
First, plug the second equation into the first one to find the value of b:
(bc)(b) = c
b2c = c
b2 = 1
b = ±1
Now take those values and plug it into either equation:
(1)(c) = a
c = a
or:
(-1)(c) = a
c = -a
To prove that the absolute values of c and a must be identical:
Given:
ab = c
bc = a
Then:
ab/c = 1
bc/a = 1
Therefore:
ab/c = bc/a
a2b = bc2
a2 = c2
|a| = |c|
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The Associative property of multiplication states that the product of a set of three numbers is always the same no matter which operation is carried out first.For example Ax(BxC) = (AxB)xC and so either can be written as AxBxC.ie 3x(4x5) = 3x20 = 60and (3x4)x5 = 12x5 = 60It is important not to confuse this with the commutative (or Abelian) property which states that the order of the numbers does not matter. ie AxB = BxAMatrix multiplication, for example, is associative but NOT commutative.(a * b) * c = a * (b * c)As a result, we can write a * b * c without ambiguity.
axb + cxd
The answer depends on where the points A, B, C and X are. And since you have not bothered to provide that information, I cannot provide a sensible answer.
Solving equations in two unknowns requires two independent equations. Since you have only one equation there is no solution.
The solution follows A=42 42X42=1764 B=56 56X56=3136 sum of above=4900 (70X70=4900) Given you was looking for C and not C squared. Try A and B and doublecheck it for me.