Final answer:
To calculate the mass of copper produced during the reaction, subtract the mass of zinc oxide produced from the total mass of zinc and copper oxide reactants. The mass of copper produced in the reaction is 1.62 g.
Step-by-step explanation:
To find the mass of copper produced in the reaction, we need to calculate the mass of copper oxide that reacted with zinc to form zinc oxide. In the balanced chemical equation, the molar ratio of copper oxide to copper is 1:1. So, the mass of copper oxide that reacted is equal to the mass of copper produced.
First, we calculate the mass of zinc oxide produced:
Mass of zinc oxide = 1.62 g
Next, we calculate the mass of copper oxide that reacted:
Mass of copper oxide = Mass of zinc oxide = 1.62 g
Therefore, the mass of copper produced is 1.62 g.