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BALANCING CHEMICAL EQUATIONS

This guide explores the process of balancing the chemical equation SnO2 + H2 → Sn + H2O. It emphasizes the mathematical relationships between reactants and products by identifying unbalanced atoms and placing the appropriate coefficients to achieve balance. The steps included are: 1) Identify which atoms are unbalanced, 2) Use coefficients to balance the equation, and 3) Correct any newly unbalanced reactants or products if necessary. An example balancing to SnO2 + 2H2 → Sn + 2H2O demonstrates the full process.

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BALANCING CHEMICAL EQUATIONS

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  1. BALANCING CHEMICAL EQUATIONS

  2. SnO2 + H2 -> Sn + H2O • Mathematical relationship between the reactants and the products:

  3. SnO2 + H2 -> Sn + H2O • Mathematical relationship between the reactants and the products: • 1) Identify which atoms are not balanced

  4. SnO2 + H2 -> Sn + 2H2O • Mathematical relationship between the reactants and the products: • 1) Identify which atoms are not balanced • 2) Place coefficients to correct and balance

  5. SnO2 + H2 -> Sn + 2H2O • Mathematical relationship between the reactants and the products: • 1) Identify which atoms are not balanced • 2) Place coefficients to correct and balance • 3) Determine and correct, any newly unbalanced reactants &/or products

  6. SnO2 + 2H2 -> Sn + 2H2O • Mathematical relationship between the reactants and the products: • 1) Identify which atoms are not balanced • 2) Place coefficients to correct and balance • 3) Determine and correct, any newly unbalanced reactants &/or products • 4) Correct with coefficient

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