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Steps in Doing a Stoichiometry Problem: Copper II Nitride to Copper II Oxide

Learn how to solve stoichiometry problems by calculating the total grams of Copper II Nitride and Oxygen required to produce Copper II Oxide. Follow step-by-step instructions, chemical equation, conversion of amounts, and mass conservation verification.

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Steps in Doing a Stoichiometry Problem: Copper II Nitride to Copper II Oxide

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  1. Steps in Doing a Stoichiometry ProblemBy: Devin Campbell

  2. How many total grams of Copper II Nitride and Oxygen are needed to produce 3.27 grams of Copper II Oxide?

  3. 1. Write a complete and balanced chemical equation • 2Cu3N2 + 3O2 -----> 6CuO + 2N2

  4. 2. Draw a column after each chemical

  5. 3. Write the amount given in the correct column

  6. 4. Convert the amount given into moles

  7. 5a. In each of the other columns write moles of given (x) a fraction

  8. 5b. The numerator of the fraction is the coefficient of the column

  9. 5c. The denominator of the fraction is the coefficient of the given column

  10. 5d. Do the math and label as moles

  11. 6. Convert all mole into grams

  12. 7. Verify the law of conservation of mass

  13. Answer • You would need 3.66 total grams of Copper II Nitride and Oxygen to produce 3.27 grams of Copper II Oxide.

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