(3 - y + 2x)(3 + y - 2x)
In real numbers there is no square root of -4x2 However, when using complex numbers where √-1 = i, then: √-4x2 = 2xi If you were asking, for example, with regard to the difference of two squares, eg y2 - 4x2, then you are actually finding the square root of 4x2 which is 2x, giving: y2 - 4x2 = (y + 2x)(y - 2x)
dont know sorry
4x2-36x+81 (2x-9)(2x-9)
4x2 - 23xy + 15y2 = (4x - 3y)(x - 5y)
(2x - y2)(4x2 + 2xy2 + y4)
It is (2x +y + 3)*(2x - y - 3).
(3 - y + 2x)(3 + y - 2x)
In real numbers there is no square root of -4x2 However, when using complex numbers where √-1 = i, then: √-4x2 = 2xi If you were asking, for example, with regard to the difference of two squares, eg y2 - 4x2, then you are actually finding the square root of 4x2 which is 2x, giving: y2 - 4x2 = (y + 2x)(y - 2x)
4x2 - 4xy + y2 = (2x - y)2 so the length of the side of the square must be 2x-y.
4x2 - 9y Not factorable from what I see.
The GCF is 4x2.
The one which says: y2 = 4 - 4/25 x2
It is: y2
dont know sorry
If that's + 4x2, the answer is 2x(x2 + 2x - 4)
4x2+20x+25 (2x+5)^2