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Electrolytic Cells In an electrolytic cell, current is used to drive a nonspontaneous reaction. (Figure 1) In aqueous solutions, if the standard reduction potential of the metal is less than that of water, then the metal does not participate in the electrolysis, and water is reduced to hydrogen gas. If the standard oxidation potential of the anion is less than that of water, then water is oxidized to oxygen and the anion does not participate in the reaction. Figure Battery 1 of 1 Inert electrodes Part B Consider four different samples: aqueous KBr, molten KBr, aqueous KF, and molten KF. Current run through each sample produces one of the following products at the anode: liquid bromine, fluorine gas, or oxygen gas. Match each sample to its anodic product. Drag the appropriate items to their respective bins. ▸ View Available Hint(s) aqueous KBr molten KBr aqueous KF molten KF Liquid bromine Reset Help Fluorine gas 29 of 32 Oxygen gas Review | Constants | Periodic Table

Electrolytic Cells In an electrolytic cell, current is used to drive a nonspontaneous reaction. (Figure 1) In aqueous solutions, if the standard reduction potential of the metal is less than that of water, then the metal does not participate in the electrolysis, and water is reduced to hydrogen gas. If the standard oxidation potential of the anion is less than that of water, then water is oxidized to oxygen and the anion does not participate in the reaction. Figure Battery 1 of 1 Inert electrodes Part B Consider four different samples: aqueous KBr, molten KBr, aqueous KF, and molten KF. Current run through each sample produces one of the following products at the anode: liquid bromine, fluorine gas, or oxygen gas. Match each sample to its anodic product. Drag the appropriate items to their respective bins. ▸ View Available Hint(s) aqueous KBr molten KBr aqueous KF molten KF Liquid bromine Reset Help Fluorine gas 29 of 32 Oxygen gas Review | Constants | Periodic Table

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
Chapter31: Determination Of An Equivalent Mass By Electrolysis
Section: Chapter Questions
Problem 1ASA
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Consider four different samples: aqueous KBr , molten KBr , aqueous KF , and molten KF . Current run through each sample produces one of the following products at the anode: liquid bromine, fluorine gas, or oxygen gas. Match each sample to its anodic product. Drag the appropriate items to their respective bins.
Electrolytic Cells In an electrolytic cell, current is used to drive a nonspontaneous reaction. (Figure 1) In aqueous solutions, if the standard reduction potential of the metal is less than that of water, then the metal does not participate in the electrolysis, and water is reduced to hydrogen gas. If the standard oxidation potential of the anion is less than that of water, then water is oxidized to oxygen and the anion does not participate in the reaction. Figure Battery < 1 of 1 Inert electrodes Part B aqueous KBr Consider four different samples: aqueous KBr, molten KBr, aqueous KF, and molten KF. Current run through each sample produces one of the following products at the anode: liquid bromine, fluorine gas, or oxygen gas. Match each sample to its anodic product. Drag the appropriate items to their respective bins. ► View Available Hint(s) Liquid bromine molten KBr Fluorine gas aqueous KF Reset Help molten KF 29 of 32 Oxygen gas Review | Constants | Periodic Table
Transcribed Image Text:Electrolytic Cells In an electrolytic cell, current is used to drive a nonspontaneous reaction. (Figure 1) In aqueous solutions, if the standard reduction potential of the metal is less than that of water, then the metal does not participate in the electrolysis, and water is reduced to hydrogen gas. If the standard oxidation potential of the anion is less than that of water, then water is oxidized to oxygen and the anion does not participate in the reaction. Figure Battery < 1 of 1 Inert electrodes Part B aqueous KBr Consider four different samples: aqueous KBr, molten KBr, aqueous KF, and molten KF. Current run through each sample produces one of the following products at the anode: liquid bromine, fluorine gas, or oxygen gas. Match each sample to its anodic product. Drag the appropriate items to their respective bins. ► View Available Hint(s) Liquid bromine molten KBr Fluorine gas aqueous KF Reset Help molten KF 29 of 32 Oxygen gas Review | Constants | Periodic Table
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