Factoring AM Method

(n-5)(n-8)

(n+5)(n-8)

(n-5)(n+8)

(n+6)(n+1)

(n-7)(n+4)

(n+7)(n-9)

(n-3)(n-10)

(n+7)(n+9)

(k+2)(k+5)

(k-2)(k-5)

(k+10)(k+4)

(k+2)(k-5)

(v-3)²

(v-6)²

(v-9)(v+6)

not factorable

$$-\left(x^4-14x^2+45\right)=0$$  

$$-\left(x^4-14x^2-45\right)=0$$

$$-\left(x^2-9\right)\left(x^2-5\right)=0$$  

$$x=\pm3,\ \pm\sqrt[]{5}$$  

$$x=\pm3,\ \pm\sqrt[]{5}i$$

$$16x^2$$  

$$-1$$  

$$\left(16x^2-1\right)$$  

$$\left(4x+1\right)\left(4x-1\right)$$  

$$x\ =3,\ \pm\frac{1}{4}$$  

$$x=\pm3,\ \pm4$$

$$\left(8x+1\right)\left(2x-1\right)$$

$$\left(x+3\right)$$

$$+1$$

5x²

4x + 3

15x

20x²

2x + 3

5x

4x² + 3

w (w2+3)

3w (w2+1)

There is no GCF

$$x^3+64$$

$$9x^2+64$$

$$64x^3-1$$

$$9x^2-64x$$

$$9x^2-64$$