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If you mean 9x^2-24x+16 then yes it can because its discriminant is equal to zero and it is (3x-4)(3x-4) when factored
It is: 12(2x+3) when factored
First of all, you don't factor an equation. You factor an expression.Next, here is a linear expression that can be factored: [ 96x + 4 ]. The factored form is: 4(24x + 1).Here is a third degree expression: [ 7x3 - 112x ]. The factored form is: 7x (x + 4) (x - 4).
-x3 -10x2 + 24x 1) -x can be factored out to give, -x(x2 + 10x - 24) 2) The bracketed expression can be factored as (x + 12)(x - 2), which now gives, -x(x + 12)(x - 2) = -x3 -10x2 + 24x
The answer is, 24x
30x2+25x-24x-20 = 30x2+x-20 = (6x+5)(5x-4) when factored
((14x2-21x)/(24x-16))x((12x-8)/(42x-63))
Dividing all terms by 6 gives: 9x2+24x+16 = (3x+4)(3x+4) when factored
6(x2 -4x - 12) 6(x-6)(x+2)
Because 41 is a prime number, we can see right away that this expression can not be factored.
It is a quadratic expression in the variable x.
x(x3 - 24x - 22)