Mixed Numbers and Improper Fractions

$$\frac{18}{3}$$  

$$\frac{20}{3}$$  

$$\frac{20}{6}$$  

$$\frac{15}{3}$$  

$$5\frac{6}{7}$$  

$$7\frac{5}{7}$$  

$$5\frac{1}{7}$$  

$$5\frac{2}{7}$$  

$$\frac{11}{3}$$  

$$3\frac{11}{3}$$  

$$\frac{9}{3}$$  

$$\frac{12}{3}$$  

$$3\frac{2}{6}$$  

$$6\frac{2}{3}$$  

$$4\frac{2}{3}$$  

$$4\frac{2}{6}$$  

$$<$$  

$$>$$  

$$\ne$$  

$$\equiv$$  

$$2\frac{3}{8}$$  

$$1\frac{3}{8}$$  

$$1\frac{2}{8}$$  

$$2\frac{2}{8}$$  

$$2\frac{12}{5}$$  

$$\frac{10}{5}$$  

$$\frac{12}{5}$$  

$$\frac{12}{2}$$  

$$\frac{6}{10}$$  

$$2\frac{3}{5}$$  

$$2\frac{3}{10}$$  

$$2\frac{6}{10}$$  

$$>$$  

$$\ne$$  

$$=$$  

$$<$$  

$$\frac{35}{11}$$  

$$\frac{34}{11}$$  

$$\frac{35}{2}$$  

$$\frac{36}{11}$$