1. Consider a cell buffered at pH 2.00 and consists of Fe* (aq) (0.004 M), Fe³+ Mn2*(aq) (0.050 M), in which Fe²+ reduces MnO4" to Mn²+. a. Write the balanced reaction *(aq) (0.070 M) and MnO4 (aq) (0.024 M), b. What is the standard cell potential? Is the cell galvanic or electrolytic? c. What is the actual cell potential at 35.0°C?a reprinted al Education Jaguna.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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For letter C choose between A. 0.464 V B. 0.132 V C. 0.335 V D. 0.875 V
1. Consider a cell buffered at pH 2.00 and consists of Fe2+
Mn2*(aq) (0.050 M), in which Fe²+ reduces MnO4 to Mn²+.
a. Write the balanced reaction
b. What is the standard cell potential? Is the cell
c. What is the actual cell potential at 35.0°C?d
writte
(aq) (0.070 M) and MnO4'(aq) (0.024 M),
Fe3* (aq
(aq)
Instit
reprinted
cal Education B
galvanic
or electrolytic?
de, Laguna.
Transcribed Image Text:1. Consider a cell buffered at pH 2.00 and consists of Fe2+ Mn2*(aq) (0.050 M), in which Fe²+ reduces MnO4 to Mn²+. a. Write the balanced reaction b. What is the standard cell potential? Is the cell c. What is the actual cell potential at 35.0°C?d writte (aq) (0.070 M) and MnO4'(aq) (0.024 M), Fe3* (aq (aq) Instit reprinted cal Education B galvanic or electrolytic? de, Laguna.
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