If you mean:
(x - 2)2
Then it can be expanded to:
x2 - 4x + 4
If you mean:
(x - 2)2
Then it is the same as:
2(x - 2)
and can be expanded to:
2x - 4
If you mean:
x(-2)2
Then the terms are all multiplied together (a lack of operator between a term and adjacent parentheses indicates multiplication. i.e. 2(3) is the same as 2 × 3):
-4x
And finally if you mean:
x - (2)2
Then the answer is:
x - 4
You are given: G(x) = x2 + x So if you want to solve G(2), all you need to do is replace all occurrences of "x" with the number 2, then work out what it comes to. G(2) = 22 + 2 ∴G(2) = 4 + 2 ∴G(2) = 6
(4x ^2 + 3) + (3x ^2 + 8) = ( 4x^2 + 3x^2 ) + (3+8) = 7x^2 + 11
If you mean: y = 3(-3/2)2+9(-3/2)-8 Then: y = -59/4 or as -14.75
(3x3+1)2+1=7x2+1=15 and that is how you use parenthesis but, always do parenthesis before you do anything else......^_^
(16 x 22)2 = (16 x 4)2 = (64)2 = 4096. Always perform the operations inside parenthesis first.
You are given: G(x) = x2 + x So if you want to solve G(2), all you need to do is replace all occurrences of "x" with the number 2, then work out what it comes to. G(2) = 22 + 2 ∴G(2) = 4 + 2 ∴G(2) = 6
(x - y)2 = x2 - 2xy + y2
First it would be easiest to factor out the 2. 2x2-8y2 2(x2-4y2) Then you factor the part in the parenthesis as follows 2(x-2y)(x-2y) which can be simplified as 2(x-2y)2
The GCF is x2.
sin(arcsin(2/3)) = 2/3, since sin is the inverse function of arcsin.
It is: 2(3x-7y) = 6x-14y
(4x ^2 + 3) + (3x ^2 + 8) = ( 4x^2 + 3x^2 ) + (3+8) = 7x^2 + 11
-2(x+4) = -2x-8
If you mean: y = 3(-3/2)2+9(-3/2)-8 Then: y = -59/4 or as -14.75
y=3x(x+7)^2
There is no operator given an in such cases it is often taken to be multiplication eg ab = a*b Thus 2*(-4)*(3) = -24
(3x3+1)2+1=7x2+1=15 and that is how you use parenthesis but, always do parenthesis before you do anything else......^_^