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3. If you added 0.832 g of Mg to a solution containing 1.794 g of CuSO, to reduce any copper ions pres- ent, what is the least volume of 6.0 M HCI you would need to dissolve the excess Mg? Explain why you chose this volume.

3. If you added 0.832 g of Mg to a solution containing 1.794 g of CuSO, to reduce any copper ions pres- ent, what is the least volume of 6.0 M HCI you would need to dissolve the excess Mg? Explain why you chose this volume.

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
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3. If you added 0.832 g of Mg to a solution containing 1.794 g of CuSO, to reduce any copper ions pres- ent, what is the least volume of 6.0 M HCI you would need to dissolve the excess Mg? Explain why you chose this volume. 4. Calculate the formula weight of an unknown copper compound from this data that a student col- lected. (Assume 1 Cu atom per formula unit.) mass of the test tube and unknown sample mass of test tube without the unknown sample mass of filter paper mass of filter paper and copper 14.603 g 13.437 g 0.633 g 1.096 g
Transcribed Image Text:3. If you added 0.832 g of Mg to a solution containing 1.794 g of CuSO, to reduce any copper ions pres- ent, what is the least volume of 6.0 M HCI you would need to dissolve the excess Mg? Explain why you chose this volume. 4. Calculate the formula weight of an unknown copper compound from this data that a student col- lected. (Assume 1 Cu atom per formula unit.) mass of the test tube and unknown sample mass of test tube without the unknown sample mass of filter paper mass of filter paper and copper 14.603 g 13.437 g 0.633 g 1.096 g
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