Show:
Taking out the GCF
x^2+bx+c
ax^2+bx+c
Difference of Squares
Perfect Squares
100
12x+20
4(3x+5)
100
x^2+5x+6
(x+2)(x+3)
100
2x^2+13x+6
(2x+1)(x+6)
100
x^2-144
(x+12)(x-12)
100
x^2+8x+16
(x+4)(x+4)
200
8w^2+18w
2w(4w+9)
200
x^2-7x+10
(x-2)(x-5)
200
4n^2-8n+3
(2n-3)(2n-1)
200
x^2-49
(x+7)(x-7)
200
x^2-10x+25
(x-5)(x-5)
300
a^3+6a^2-11a
a(a^2+6a-11)
300
x^2+6x+5
(x+1)(x+5)
300
6t^2+7t-5
(3t+5)(2t-1)
300
x^2-1
(x+1)(x-1)
300
x^2-4x+4
(x-2)(x-2)
400
9m^4n^5-27m^2n^3
9m^2n^3(m^2n^2-3)
400
x^2+2x-8
(x+4)(x-2)
400
6x^2+57x+72
3(2x+3)(x+8)
400
4x^2-25
(2x+5)(2x-5)
400
4x^2+36x+81
(2x+9)(2x+9)
500
17xy^4+51x^2y^3
17xy^3(y+3x)
500
x^2-7x-8
(x-8)(x+1)
500
9r^2+3r-30
3(3r-5)(r+2)
500
9x^2-100
(3x+10)(3x-10)
500
49x^2-84x+36
(7x-6)(7x-6)