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Given the hypothetical metal samples a, B. and y were placed in an electrochemical cell as electrodes with their corresponding mettalic ions a*. B<*. and y* as their electrolytes. The following standard cell potentials were observed and recorded: E cll Trial Anode Cathode 0.72 V 0.53 V 3 1.25 V And given that the standard reduction potential of y is -2.38V, what is the standard reduction potential of a? O 1.66 V O -1.13 V O +3.10 V O +1.88 V

Given the hypothetical metal samples a, B. and y were placed in an electrochemical cell as electrodes with their corresponding mettalic ions a*. B<*. and y* as their electrolytes. The following standard cell potentials were observed and recorded: E cll Trial Anode Cathode 0.72 V 0.53 V 3 1.25 V And given that the standard reduction potential of y is -2.38V, what is the standard reduction potential of a? O 1.66 V O -1.13 V O +3.10 V O +1.88 V

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter17: Electrochemistry
Section: Chapter Questions
Problem 43P
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Given the hypothetical metal samples a, B. and y were placed in an electrochemical cell as electrodes with their corresponding mettalic ions a*. B<*. and y* as their electrolytes. The following standard cell potentials were observed and recorded: E cll Trial Anode Cathode 0.72 V 0.53 V 3 1.25 V And given that the standard reduction potential of y is -2.38V, what is the standard reduction potential of a? O 1.66 V O -1.13 V O +3.10 V O +1.88 V
Transcribed Image Text:Given the hypothetical metal samples a, B. and y were placed in an electrochemical cell as electrodes with their corresponding mettalic ions a*. B<*. and y* as their electrolytes. The following standard cell potentials were observed and recorded: E cll Trial Anode Cathode 0.72 V 0.53 V 3 1.25 V And given that the standard reduction potential of y is -2.38V, what is the standard reduction potential of a? O 1.66 V O -1.13 V O +3.10 V O +1.88 V
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