1. Given the following reaction, identify the species that is oxidized. 5CO + 1205 s 2 + 5CO2 а. СО b. 1205 с. 12 d. CO2 e. Nothing is reduced in the reaction.

Chemistry: An Atoms First Approach
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Author:Steven S. Zumdahl, Susan A. Zumdahl
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Chapter17: Electrochemistry
Section: Chapter Questions
Problem 135CWP: Consider a galvanic cell based on the following half-reactions: a. What is the expected cell...
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Circle the best answer for each of the questions.
1. Given the following reaction, identify the species that is oxidized.
5CO + 1205 + 2 + 5CO2
а. СО
b. 1205
с. 12
d. CO2
e. Nothing is reduced in the reaction.
2. When the potential a half reaction was measured against a Ag |AgCl reference electrode, the
potential was found to be -0.548 V. What would the potential when the same half reaction was
measured against a S.C.E. reference electrode?
а. —0.592 V
b. 0.592 V
c. -0.351 V
d. 0.504 V
е. —0.504 V
3. When using EDTA to determine metal ion concentration in a solution, what is the best way to
overcome a slow equilibrium between the metal ion analyte and EDTA?
a. Use a masking agent.
b. Use an auxiliary complexing agent.
Perform a displacement titration.
с.
d. Perform an indirect titration.
e. Perform a back titration.
Transcribed Image Text:Circle the best answer for each of the questions. 1. Given the following reaction, identify the species that is oxidized. 5CO + 1205 + 2 + 5CO2 а. СО b. 1205 с. 12 d. CO2 e. Nothing is reduced in the reaction. 2. When the potential a half reaction was measured against a Ag |AgCl reference electrode, the potential was found to be -0.548 V. What would the potential when the same half reaction was measured against a S.C.E. reference electrode? а. —0.592 V b. 0.592 V c. -0.351 V d. 0.504 V е. —0.504 V 3. When using EDTA to determine metal ion concentration in a solution, what is the best way to overcome a slow equilibrium between the metal ion analyte and EDTA? a. Use a masking agent. b. Use an auxiliary complexing agent. Perform a displacement titration. с. d. Perform an indirect titration. e. Perform a back titration.
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