b square times a square = b2 x a2 = (ba)2
(a+b)(a-b)
It is "a squared minus eighteen b".
a square minus b square
sqrt(a)+sqrt(b) is different from sqrt(a+b) unless a=0 and/or b=0. *sqrt=square root of
C Square
the square root of B
Area of a square = side2 Square A area = a2 Square B area = (4a)2 (4a)(4a) = 16a2 The area of square B is sixteen times the area of square A. Proof: Side of square A = 2 inches Side of square B = (4*2) = 8 inches Area of A = 22 = 4 square inches Area of B = 82 = 64 square inches 64 / 4 = 16
Yes, it is. sqrt(a+b)=sqrt(b+a) sqrt(a) times sqrt(b) = sqrt(b) times sqrt(a)
-b + or - the square root on b squared - 4 times a times c over 2
Yes, the answer is the square root of 2b.
yes b/c 5 times 5 is 25! any number times itself is a perfect square.
The square root of Ab^2 is |b|√A, where A is a positive real number and b is any real number. The absolute value of b is taken to ensure the result is always positive or zero. If b is negative, the result will be |b| times the square root of A.
the square root of b squared minus 4 times a times c
Nothing. You cannot have a square root of a negative number. The square root of negative one is called i, but i is an imaginary number. It does not exist and does not follow the properties of real numbers. (For example, if a and b are positive, then the square root of a times the square root of b is the square root of ab. But the square root of -7 is not the square root of 7 times i.)
(a+b)(a-b)
if B*B = a, then B is square root of a
x is equal to negative b plus or minus the square root of b squared minus 4 times "a" times "c" all over 2 times "a"