x is approximately 0.7549
You have to put your heart into it!
(x - 1)(2x^2-1)
The answer is (2x^2+3)(4x+1)
x2-x3+2x = 0 x(-x2+x+2) = 0 x(-x+2)(x+1) = 0 Points of intersection are: (0, 2), (2,10) and (-1, 1)
The expression y squared plus y cubed can be written as ( y^2 + y^3 ). This can be factored as ( y^2(1 + y) ). Thus, the combined expression represents a polynomial in terms of y.
You have to put your heart into it!
104
sin cubed + cos cubed (sin + cos)( sin squared - sin.cos + cos squared) (sin + cos)(1 + sin.cos)
x+2) by Algebraica Long Division. x^(3) + 3x^(2) + 3x + 2 ) = x^(2) + x + 1 -x^(3)- 2x^(2) ¬ 0 + x^(2) + 3x 0 - x^(2) - 2x ¬ 0 + 0 + x + 2 0 + 0 - x - 2 ¬ = 0 Hence answer is x^)2) + x + 1 ( Thos does NOT factor .
gvbnkjj
(x - 1)(2x^2-1)
The answer is (2x^2+3)(4x+1)
Re=Write as 16x^(3) + 12x^(2) + 4x Take out the common factor of '4' Hence 4(4x^(3) + 3x^)2) + x) Take out the common factor of 'x' Hence 4x( 4x^(2) + 3x + 1) The answer!!!!!
The answer is 100.
x2-x3+2x = 0 x(-x2+x+2) = 0 x(-x+2)(x+1) = 0 Points of intersection are: (0, 2), (2,10) and (-1, 1)
The expression y squared plus y cubed can be written as ( y^2 + y^3 ). This can be factored as ( y^2(1 + y) ). Thus, the combined expression represents a polynomial in terms of y.
x(x + 9)(x + 1)