Does the semi-reaction given below behave as an anode or cathode when combined with a standard hydrogen electrode, what is the electrode potential? Pt | Ti3 + (0.300M), TiO2 + (0.100M), H + (0.200M) TiO2 + + 2 H + + e- ↔ Ti3 + E0 = + 0.099 V 2H + + e- ↔ H2 E0 = + 0.000 V A. anode, - 0.012 V B. cathode, - 0.012 V C. anode, + 0.023 V D. cathode, + 0.023 V
Does the semi-reaction given below behave as an anode or cathode when combined with a standard hydrogen electrode, what is the electrode potential? Pt | Ti3 + (0.300M), TiO2 + (0.100M), H + (0.200M) TiO2 + + 2 H + + e- ↔ Ti3 + E0 = + 0.099 V 2H + + e- ↔ H2 E0 = + 0.000 V A. anode, - 0.012 V B. cathode, - 0.012 V C. anode, + 0.023 V D. cathode, + 0.023 V
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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Does the semi-reaction given below behave as an anode or cathode when combined with a standard hydrogen electrode, what is the electrode potential?
Pt | Ti3 + (0.300M), TiO2 + (0.100M), H + (0.200M)
TiO2 + + 2 H + + e- ↔ Ti3 + E0 = + 0.099 V
2H + + e- ↔ H2 E0 = + 0.000 V
A. anode, - 0.012 V
B. cathode, - 0.012 V
C. anode, + 0.023 V
D. cathode, + 0.023 V
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