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Calculations: 1. Calculate the mass of silver nitrate put into the chemical reaction. 2. Calculate the moles of silver nitrate put into the chemical reaction. 3. Calculate the moles of copper wire put into the chemical reaction. Caution: What mass of copper wire should we start this calculation with? 4. Perform calculations to determine the limiting reactant for this chemical reaction. Indicate what the limiting reactant is for this reaction. 5. Calculate the mass of copper wire reacted. 6. Calculate the moles of copper wire reacted. 7. Calculate the mass of silver produced. 8. Calculate the moles of silver produced. 9. Calculate the molar ratio of moles of silver nitrate put into the chemical reaction (#2) to moles of silver produced (#8). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 10. Calculate the molar ratio of moles of silver produced (#8) to moles of copper wire reacted (#6). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 11. Fill in the following summary table that includes the molar ratios from the experimental data and also the accepted molar ratios from the balanced chemical reaction equation.

Calculations: 1. Calculate the mass of silver nitrate put into the chemical reaction. 2. Calculate the moles of silver nitrate put into the chemical reaction. 3. Calculate the moles of copper wire put into the chemical reaction. Caution: What mass of copper wire should we start this calculation with? 4. Perform calculations to determine the limiting reactant for this chemical reaction. Indicate what the limiting reactant is for this reaction. 5. Calculate the mass of copper wire reacted. 6. Calculate the moles of copper wire reacted. 7. Calculate the mass of silver produced. 8. Calculate the moles of silver produced. 9. Calculate the molar ratio of moles of silver nitrate put into the chemical reaction (#2) to moles of silver produced (#8). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 10. Calculate the molar ratio of moles of silver produced (#8) to moles of copper wire reacted (#6). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 11. Fill in the following summary table that includes the molar ratios from the experimental data and also the accepted molar ratios from the balanced chemical reaction equation.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Calculations: 1. Calculate the mass of silver nitrate put into the chemical reaction. 2. Calculate the moles of silver nitrate put into the chemical reaction. 3. Calculate the moles of copper wire put into the chemical reaction. Caution: What mass of copper wire should we start this calculation with? 4. Perform calculations to determine the limiting reactant for this chemical reaction. Indicate what the limiting reactant is for this reaction. 5. Calculate the mass of copper wire reacted. 6. Calculate the moles of copper wire reacted. 7. Calculate the mass of silver produced. 8. Calculate the moles of silver produced. 9. Calculate the molar ratio of moles of silver nitrate put into the chemical reaction (#2) to moles of silver produced (#8). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 10. Calculate the molar ratio of moles of silver produced (#8) to moles of copper wire reacted (#6). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 11. Fill in the following summary table that includes the molar ratios from the experimental data and also the accepted molar ratios from the balanced chemical reaction equation.
Transcribed Image Text:Calculations: 1. Calculate the mass of silver nitrate put into the chemical reaction. 2. Calculate the moles of silver nitrate put into the chemical reaction. 3. Calculate the moles of copper wire put into the chemical reaction. Caution: What mass of copper wire should we start this calculation with? 4. Perform calculations to determine the limiting reactant for this chemical reaction. Indicate what the limiting reactant is for this reaction. 5. Calculate the mass of copper wire reacted. 6. Calculate the moles of copper wire reacted. 7. Calculate the mass of silver produced. 8. Calculate the moles of silver produced. 9. Calculate the molar ratio of moles of silver nitrate put into the chemical reaction (#2) to moles of silver produced (#8). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 10. Calculate the molar ratio of moles of silver produced (#8) to moles of copper wire reacted (#6). Round to the nearest whole number. Hint: Do the division first, so that you have a value of one in the denominator and then round the decimal in the numerator to a whole number. 11. Fill in the following summary table that includes the molar ratios from the experimental data and also the accepted molar ratios from the balanced chemical reaction equation.
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