Equations, Exponents & Graphs

$$\sqrt[n]{b}$$

$$\frac{1}{b^n}$$

$$b^{m+n}$$

$$b^{m-n}$$

$$b^{m\cdot n}$$

$$a^nb^n$$

$$\sqrt[]{a}\cdot\sqrt[]{b}$$

$$\left(a+c\right)\sqrt[]{b}$$

$$\frac{\sqrt[]{a}}{\sqrt[]{b}}$$

$$\frac{a^n}{b^n}$$

$$-81m^6n^5\cdot-1296m^8n^4$$

$$\frac{1}{81}m^{-6}n^{-10}\cdot1296m^8n^4$$

$$-\frac{1}{81}m^6n^{10}\cdot1296m^8n^4$$

$$81m^{-6}n^{-10}\cdot-1296m^{-8}n^{-4}$$

$$2\sqrt[]{64\cdot2}+4\sqrt[]{4\cdot5}-2\sqrt[]{25\cdot2}$$

$$2\cdot8\sqrt[]{2}+4\cdot2\sqrt[]{5}-2\cdot5\sqrt[]{2}$$

$$16\sqrt[]{2}+8\sqrt[]{5}-10\sqrt[]{2}$$

$$8\sqrt[]{5}+6\sqrt[]{2}$$

$$\cdot\frac{\sqrt[]{32}}{\sqrt[]{32}}$$

$$\cdot\frac{\sqrt[]{3}}{\sqrt[]{3}}$$

$$\cdot\frac{3\sqrt[]{3}}{3\sqrt[]{3}}$$

$$\cdot3\sqrt[]{3}$$

$$\sqrt[]{10}-\sqrt[]{12}$$

$$\sqrt[]{10}+\sqrt[]{12}$$

$$\sqrt[]{10-12}$$

$$\sqrt[]{10+12}$$

5y⁶ + 8y⁴

5y⁶ + 40y⁴

45y⁹

5y⁴ + 8y²

GCF

Difference of Squares

Trinomial

Grouping

14(x² - 4y²)

2(7x² - 28y²)

(x - 2y)(x + 2y)

14(x - 2y)(x + 2y)

(5x - 6)(5x + 6)

(5x - 6)(25x² - 30x + 36)

(5x - 6)(25x² + 30x + 36)

(5x + 6)(25x² - 30x + 36)