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11. In the electrolysis of KI(aq) Both the K* and H2O will be near the (-) electrode. Which chemical is more likely to be reduced? Both the I- and HzO will be near the (+) electrode. Which chemical is more likely to be oxidized? Write the reactions at each electrode and the overall reaction: Cathode: Anode: Overall:

11. In the electrolysis of KI(aq) Both the K* and H2O will be near the (-) electrode. Which chemical is more likely to be reduced? Both the I- and HzO will be near the (+) electrode. Which chemical is more likely to be oxidized? Write the reactions at each electrode and the overall reaction: Cathode: Anode: Overall:

Living By Chemistry: First Edition Textbook
Living By Chemistry: First Edition Textbook
1st Edition
ISBN:9781559539418
Author:Angelica Stacy
Publisher:Angelica Stacy
ChapterU5: Fire: Energy , Thermodynamics, And Oxidation-reduction
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11. In the electrolysis of KI(aq) Both the K* and H2O will be near the (-) electrode. Which chemical is more likely to be reduced? Both the I and H,O will be near the (+) electrode. Which chemical is more likely to be oxidized? Write the reactions at each electrode and the overall reaction: Cathode: Anode: Overall: 12. In the electrolysis of CuSO4(aq) Both the Cu2+ and H2O will be near the (-) electrode. Which chemical will be reduced? Both the SO,2- and H2O will be near the (+) electrode. Which chemical will be oxidized? Write the reactions at each electrode and the overall reaction: Cathode: Anode: Overall: ||
Transcribed Image Text:11. In the electrolysis of KI(aq) Both the K* and H2O will be near the (-) electrode. Which chemical is more likely to be reduced? Both the I and H,O will be near the (+) electrode. Which chemical is more likely to be oxidized? Write the reactions at each electrode and the overall reaction: Cathode: Anode: Overall: 12. In the electrolysis of CuSO4(aq) Both the Cu2+ and H2O will be near the (-) electrode. Which chemical will be reduced? Both the SO,2- and H2O will be near the (+) electrode. Which chemical will be oxidized? Write the reactions at each electrode and the overall reaction: Cathode: Anode: Overall: ||
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