The reaction between copper(II) chloride dihydrate and aluminum must occur in an aqueous environment...

• The reaction between copper(II) chloride dihydrate and aluminum must occur in an aqueous environment...true, but the masses of each individual reactant and the volume of water must be known to dissect the reaction mixture and any left over reactants, as well as the concentration of ions in the solution.
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• In the experimental analysis in project #3, the following amount of copper(II) chloride dihydrate and aluminum were combined, in a specified volume of water.
• Mass CuCl2 . 2H2O = (2.2000x10^0) g
• Mass Aluminum = (1.1000x10^-1) g
• Volume of water = (8.90x10^1) mL
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• Use the values generated by this question to calculate the theoretical yield of copper in grams. 
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1. ⦁ Determine the theoretical mass of copper produced based on the limiting reactant. 
2. ⦁ Determine the mass of the excess reagent left over.
3. ⦁ Considering the limiting reactant, predict the color of the final solution. Explain your answer

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