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Answer Show Your Work Balanced chemical equation Volume of 1 M CuSO4 57.48mL+57.48mL= Mass of Al foil (from Step 5) 1.45g Moles of CuSO4 (using the method from Step 3) Moles of Al (using the method from Step 3) Moles of Cu product based on starting CuSO4 (using the method from Step 4) Moles of Cu product based on starting Al (using the method from Step 4) Limiting reactant (using the method from Step 4) Theoretical yield of Cu in moles (using the method from Step 5) Theoretical yield of Cu in grams (using the method from Step 5) Actual yield of Cu in grams 10.55g Percent yield of Cu (using the method from Step 7) Data Table 1: Single-Replacement Reaction of Aluminum and Copper Sulfate

          Answer Show Your Work Balanced chemical equation Volume of 1 M CuSO4 57.48mL+57.48mL= Mass of Al foil (from Step 5) 1.45g Moles of CuSO4 (using the method from Step 3) Moles of Al (using the method from Step 3) Moles of Cu product based on starting CuSO4 (using the method from Step 4) Moles of Cu product based on starting Al (using the method from Step 4) Limiting reactant (using the method from Step 4) Theoretical yield of Cu in moles (using the method from Step 5) Theoretical yield of Cu in grams (using the method from Step 5) Actual yield of Cu in grams 10.55g Percent yield of Cu (using the method from Step 7) Data Table 1: Single-Replacement Reaction of Aluminum and Copper Sulfate

Answer Show Your Work Balanced chemical equation Volume of 1 M CuSO4 57.48mL+57.48mL= Mass of Al foil (from Step 5) 1.45g Moles of CuSO4 (using the method from Step 3) Moles of Al (using the method from Step 3) Moles of Cu product based on starting CuSO4 (using the method from Step 4) Moles of Cu product based on starting Al (using the method from Step 4) Limiting reactant (using the method from Step 4) Theoretical yield of Cu in moles (using the method from Step 5) Theoretical yield of Cu in grams (using the method from Step 5) Actual yield of Cu in grams 10.55g Percent yield of Cu (using the method from Step 7) Data Table 1: Single-Replacement Reaction of Aluminum and Copper Sulfate

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