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Moles and Mole Ratio Stations

Moles and Mole Ratio Stations. Station 1:. Balance the following: __ NaN 3  __Na + __ N 2 2. Identify the type of reaction: 3. Write all possible mole ratios:. Station 2:. Balance the following: __ Cu + __ S __Cu 2 S 2. Identify the type of reaction:

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Moles and Mole Ratio Stations

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  1. Moles and Mole Ratio Stations

  2. Station 1: • Balance the following: __ NaN3 __Na + __ N2 2. Identify the type of reaction: 3. Write all possible mole ratios:

  3. Station 2: • Balance the following: __ Cu + __ S__Cu2S 2. Identify the type of reaction: 3. If you begin with 0.50 moles of sulfur, how many moles of Cu2S would you have?

  4. Station 3: • Balance the following: __ Mg+ __ CuNO3  __ Cu + __ Mg(NO3)2 2. Identify the type of reaction: 3. If you begin with 3.0 moles of Mg, how many moles of Cu would you have?

  5. Station 4: • Balance the following: __ CH4+ __ O2  __ H2O + __ CO2 2. Identify the type of reaction: 3. If you end with 15.0 moles of carbon dioxide, how many moles of oxygen would you need to begin with?

  6. Station 5: 1. Calculate the molar mass for: a. Sr3(PO4)2 b. Fe(C2H3O2)3

  7. Station 6: • Name the following: • Sodium carbonate • Aluminum fluoride • Copper (II) nitrate

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