Factoring Difference of Squares
x^2-64
(x+8)(x-8)
factor 2x^3+x^2+8x+4
(x^2+4)(2x+1)
2x^2+7x+7 divided by x+2
2x+3 R 1
x^4-2x^3+3x+1 divided by x-3
x^3+x^2+3x+12+37/(x-3)
Use synthetic substitution to evaluate the polynomial P(x)=x^3+3x^2+4 for x=--3
P(--3)=4
x^2-121
(x+11)(x-11)
factor completely: 5x^4+40x
5x(x+2)(x^2-2x+4)
4x^2+3x^3+10 divided by x-2
3x^2+10x+20+50/x-2
6x^2-5x-6 divided by x+3
6x-23+63/(x+3)
Write an expression that represents the area of the top face of a rectangular prism when the height is x+2 and the volume of the prism is s^3-x^2-6x
x^2-3x
4x^4-16
(2x^2-4)(2x^2+4)
Factor completely 8y^3-27
(2y-3)(4y^2+6y+9)
15x^2+8x-12 divided by 3x+1
5x+1-13/(3x+1)
x^2-3x-18 divided by x-6
x+3
Determine whether (x-3) is a factor of the polynomial P(x)=4x^6-12x^5+2x^3-6x^2-5x+10
NO
16x^8-25y^6
(4x^4-5y^3)(4x^4+5y^3)
Factor completely 8+z^6
(2+z^2)(4-2z^2+2^4)
x^2+5x-28 divided by x-3
x+8-4/(x-3)
4x^2-12x+9 divided by x+1/2
4x-14+16/(x+1/2)
Determine whether the (x-8) is a factor of P(x)=x^5-8x^4+8x-64
yes
x^2-6
(x+sqrt6)(x-sqrt6)
Factor completely: 2x^5-16x^2
3x^2(x-2)(x^2+2x+4)
-y^2+2y^3+25 divided by y-3
2y^2+5y+15+70/(y-3)
(3x^2+9x-2) divided by (x-1/3)
3x+10-(1and1/3)/(x-1/3)
factor x^3-2x^2-9x+18
(x+3)(x+2)(x-2)