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M-4-4-2_Lesson 2 Exit Ticket and KEY Exit ticket—Using multiplication to solve division problems Keeton had 72 key chains to put on the display rack. There were 12 rods to hang the key chains on. How many key chains should Keeton put on each rod so that each rod has an equal number of key chains? Write the division equation that is needed to solve this problem. Write a related multiplication equation that could be used to help solve this problem. Make a pictorial representation of the multiplication equation. Solve the problem. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - Exit ticket—Using multiplication to solve division problems Keeton had 72 key chains to put on the display rack. There were 12 rods to hang the key chains on. How many key chains should Keeton put on each rod so that each rod has an equal number of key chains? Write the division equation that is needed to solve this problem. Write a related multiplication equation that could be used to help solve this problem. Make a pictorial representation of the multiplication equation. Solve the problem. M-4-4-2_Lesson 2 Exit Ticket and KEY Exit ticket—Using multiplication to solve division problems - KEY Keeton had 72 key chains to put on the display rack. There were 12 rods to hang the key chains on. How many key chains should Keeton put on each rod so that each rod has an equal number of key chains? Write the division equation that is needed to solve this problem. Write a related multiplication equation that could be used to help solve this problem. Make a pictorial representation of the multiplication equation. Solve the problem. Answer: Division equation: 72 ÷ 12 = ___ Multiplication equation: 12 × ___ = 72 Pictorial representation of the multiplication equation: x x x x x x x x x x x x (12 rods in all) xxxxxxxxxxxx xxxxxxxxxxxx xxxxxxxxxxxx xxxxxxxxxxxx xxxxxxxxxxxx 6 key chains on each rod