Expansion
Factor with GCF
Factoring Special Products
Factoring by Grouping
Finding Polynomial Roots
100

2x(x+7)

2x^2 + 14x

100

3x^{2} +6x$

3x(x+2)

100

f^2 - 4f + 4

(f-2)^2

100

x^2 +5x -36

(x - 4)\cdot(x+9)

100

The polynomial roots of (x-6)\cdot(x+12) = 0

x=6 \& x = -12

200

4x^2(x + 4y)

4x^3 + 16x^2y

200

5x^{3} - 125x

5x ( x^{2} - 25)

200

u^2-10u+25

(u-5)^2

200

x-12x +35

(x-7)\cdot(x-5)

200

The polynomial roots of (x-4)\cdot(x+13) = 0

x =4 \& x = -13

300

(x + 3)\cdot(x+7)

x^2 + 10x + 21

300

4x^{3} + 6x + 2x^{2}

2x\cdot(2x^{2} + 3 + x)

300

x^2 -144

(x-12)\cdot(x+12)

300

x^2 -2x-35

(x+5)\cdot(x-7)

300

The polynomial roots of (x-10)\cdot(x-8) = 0

x = 10 \& x =8

400

$x+10)^2

x^2 + 20x + 100

400

7x^2+14x+49

7(x^2 + 2x +7)

400

64x^2 -80xy + 25y^2

(8x-5y)^2

400

x^2 + 9x +20

(x+4)\cdot(x+5)

400

The polynomial roots of x^2 + 2x -63 = 0

x=-7 \& x = -9

500

(6x - 2y)^2

36x^2 - 24xy + 4y^2

500

6x^{2}y + 9xy^{2}

3xy(2x +3y)

500

9x^2 + 42x + 49

(3x +7)^2

500

x^2 + 12x + 32

(x+4)\cdot(x+8)

500

The polynomial roots of x^2 +11x + 28 = 0

x = -4 \& x = -7