19.30 Consider the following voltaic cell: Voltmetor Zn Salt bridge Co 1 mol Co2

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19.30 Consider the following voltaic cell:
Voltmeter
Salt bridgo
Zn
1 mol/L Co
1. (a) In which direction do electrons flow in the external circuit?
2. (b) In which half-cell does reduction occur?
3. (c) In which half-cell do electrons leave the cell?
4. (d) At which electrode are electrons generated?
5. (e) Which electrode is positively charged?
6. (f) Which electrode increases in mass during cell operation?
7. (g) Suggest a solution for the anode electrolyte.
8. (h) Suggest a pair of ions for the salt bridge.
9. (i) For which electrode could you use an inactive material?
10. (j) In which direction do cations within the salt bridge move to maintain charge neutrality?
11. (k) Write balanced half-reactions and the overall cell reaction.
Transcribed Image Text:19.30 Consider the following voltaic cell: Voltmeter Salt bridgo Zn 1 mol/L Co 1. (a) In which direction do electrons flow in the external circuit? 2. (b) In which half-cell does reduction occur? 3. (c) In which half-cell do electrons leave the cell? 4. (d) At which electrode are electrons generated? 5. (e) Which electrode is positively charged? 6. (f) Which electrode increases in mass during cell operation? 7. (g) Suggest a solution for the anode electrolyte. 8. (h) Suggest a pair of ions for the salt bridge. 9. (i) For which electrode could you use an inactive material? 10. (j) In which direction do cations within the salt bridge move to maintain charge neutrality? 11. (k) Write balanced half-reactions and the overall cell reaction.
19.29 Consider the following voltaic cell:
Voltmotor
Salt bridge
1 mol/L Fo2
1. (a) In which direction do electrons flow in the external circuit?
2. (b) In which half-cell does oxidation occur?
3. (c) In which half-cell do electrons enter the cell?
4. (d) At which electrode are electrons consumed?
5. (e) Which electrode is negatively charged?
6. (f) Which electrode decreases in mass during cell operation?
7. (g) Suggest a solution for the cathode electrolyte.
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8. (h) Suggest a pair of ions for the salt bridge.
9. (i) For which electrode could you use an inactive material?
10. (G) In which direction do anions within the salt bridge move to maintain charge neutrality?
11. (k) Write balanced half-reactions and the overall cell reaction.
Transcribed Image Text:19.29 Consider the following voltaic cell: Voltmotor Salt bridge 1 mol/L Fo2 1. (a) In which direction do electrons flow in the external circuit? 2. (b) In which half-cell does oxidation occur? 3. (c) In which half-cell do electrons enter the cell? 4. (d) At which electrode are electrons consumed? 5. (e) Which electrode is negatively charged? 6. (f) Which electrode decreases in mass during cell operation? 7. (g) Suggest a solution for the cathode electrolyte. w.mheducation.com/parser.php?secload- 19.18lake&print IEB Wireframe 8. (h) Suggest a pair of ions for the salt bridge. 9. (i) For which electrode could you use an inactive material? 10. (G) In which direction do anions within the salt bridge move to maintain charge neutrality? 11. (k) Write balanced half-reactions and the overall cell reaction.
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