∆ C3H6 (g) + O2 (g) → ∆ C5H12 (l) + O2 (g) → 30. Write the complete and balanced chemical equation for the following reactions and identify the type of reaction that is taking place: then hydrogen + iodine hydrogen iodide → lithium + hydrochloric acid lithium chloride + hydrogen → sodium carbonate sodium oxide + carbon dioxide → mercury (II) oxide mercury + oxygen → magnesium hydroxide magnesium oxide + water → 31. Identify the compound that could undergo decomposition to produce the following Products (see page 260) and then show the balanced chemical equation: magnesium oxide and water
∆ C3H6 (g) + O2 (g) → ∆ C5H12 (l) + O2 (g) → 30. Write the complete and balanced chemical equation for the following reactions and then identify the type of reaction that is taking place: hydrogen + iodine → hydrogen iodide lithium + hydrochloric acid → lithium chloride + hydrogen sodium carbonate → sodium oxide + carbon dioxide mercury (II) oxide → mercury + oxygen magnesium hydroxide → magnesium oxide + water 31. Identify the compound that could undergo decomposition to produce the following Products (see page 260) and then show the balanced chemical equation: magnesium oxide and water