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The following photos supplement what is included in the video on Courseworks. IMC Equipment for the Copper- Copper concentration cell: .001M CUS .001M Once the electrodes are 0.001 M CuSO4 (aq) and 1 M CUSO4 (aq) with 2 copper electrodes inserted and the voltage stabilizes, a cell potential reading is recorded. The reading is 0.054 V. Both electrodes are polished using sandpaper and then rinsed with deionized water. The red wire is connected to the copper electrode going into the 1M copper sulfate solution and the black wire is connected to the copper electrode going into the 0.001M copper sulfate solution. B. Effect of Concentration Changes on Cell Potential 1. ®Cell potential of concentration cell: A salt bridge saturated with potassium nitrate solution is prepared and carefully inserted into both test tubes 0.001M Anode half-reaction:, Cathode half-reaction: (one end in each tube). Explain why a potential is recorded.,

The following photos supplement what is included in the video on Courseworks. IMC Equipment for the Copper- Copper concentration cell: .001M CUS .001M Once the electrodes are 0.001 M CuSO4 (aq) and 1 M CUSO4 (aq) with 2 copper electrodes inserted and the voltage stabilizes, a cell potential reading is recorded. The reading is 0.054 V. Both electrodes are polished using sandpaper and then rinsed with deionized water. The red wire is connected to the copper electrode going into the 1M copper sulfate solution and the black wire is connected to the copper electrode going into the 0.001M copper sulfate solution. B. Effect of Concentration Changes on Cell Potential 1. ®Cell potential of concentration cell: A salt bridge saturated with potassium nitrate solution is prepared and carefully inserted into both test tubes 0.001M Anode half-reaction:, Cathode half-reaction: (one end in each tube). Explain why a potential is recorded.,

Chemical Principles in the Laboratory
Chemical Principles in the Laboratory
11th Edition
ISBN:9781305264434
Author:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Publisher:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Chapter32: Voltaic Cell Measurements
Section: Chapter Questions
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The following photos supplement what is included in the video on Courseworks. IMC Equipment for the Copper- Copper concentration cell: .001M CUS .001M Once the electrodes are 0.001 M CuSO4 (aq) and 1 M CUSO4 (aq) with 2 copper electrodes inserted and the voltage stabilizes, a cell potential reading is recorded. The reading is 0.054 V. Both electrodes are polished using sandpaper and then rinsed with deionized water. The red wire is connected to the copper electrode going into the 1M copper sulfate solution and the black wire is connected to the copper electrode going into the 0.001M copper sulfate solution. B. Effect of Concentration Changes on Cell Potential 1. ®Cell potential of concentration cell: A salt bridge saturated with potassium nitrate solution is prepared and carefully inserted into both test tubes 0.001M Anode half-reaction:, Cathode half-reaction: (one end in each tube). Explain why a potential is recorded.,
Transcribed Image Text:The following photos supplement what is included in the video on Courseworks. IMC Equipment for the Copper- Copper concentration cell: .001M CUS .001M Once the electrodes are 0.001 M CuSO4 (aq) and 1 M CUSO4 (aq) with 2 copper electrodes inserted and the voltage stabilizes, a cell potential reading is recorded. The reading is 0.054 V. Both electrodes are polished using sandpaper and then rinsed with deionized water. The red wire is connected to the copper electrode going into the 1M copper sulfate solution and the black wire is connected to the copper electrode going into the 0.001M copper sulfate solution. B. Effect of Concentration Changes on Cell Potential 1. ®Cell potential of concentration cell: A salt bridge saturated with potassium nitrate solution is prepared and carefully inserted into both test tubes 0.001M Anode half-reaction:, Cathode half-reaction: (one end in each tube). Explain why a potential is recorded.,
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