Negative Exponents part 2

$$\frac{1}{x^{-6}}$$  

$$x^6$$  

$$6x$$  

$$\frac{1}{x^6}$$  

$$\frac{1}{5^3}$$  

$$5^{-3}$$  

$$5^3$$  

$$15$$  

$$\frac{c^5t^{-2}}{1}$$  

$$\frac{t^{-2}}{c^5}$$  

$$\frac{c^5}{t^2}$$  

$$\frac{c^5}{t^{-2}}$$  

$$\frac{x^7}{y^8}$$  

$$\frac{y^8}{x^{-7}}$$  

$$\frac{y^8}{x^7}$$  

$$\frac{x^{-7}}{y^8}$$  

$$\frac{v^6}{w^{12}}$$  

$$\frac{w^{12}}{v^6}$$  

$$\frac{v^6}{w^{-12}}$$  

$$\frac{1}{v^{-6}w^{-12}}$$  

$$\frac{y^{24}}{2^{-3}x^{-15}}$$  

$$\frac{y^{24}}{2^3x^{15}}$$  

$$2^3x^{15}y^{24}$$  

$$\frac{2^3x^{15}}{y^{24}}$$  

$$b^4c^2$$  

$$\frac{c^2}{b^4}$$  

$$\frac{b^4}{c^2}$$  

$$\frac{c^2}{b^{-4}}$$  

$$\frac{5}{h^{-3}}$$  

$$\frac{h^{-3}}{5}$$  

$$\frac{5}{h^3}$$  

$$\frac{h^3}{5}$$  

$$\frac{2x^4}{y^{12}}$$  

$$\frac{15x^4}{y^{12}}$$  

$$\frac{y^{12}}{2x^4}$$  

$$\frac{2x^4}{y^{-12}}$$