A 1M solution of Cu(NO3)2 is placed in a beaker with a strip of Cu metal. A 1 M solution of SnSO4 is placed in a second beaker with a strip of Sn metal. A salt bridge connects the two beakers, and wires to a voltmeter link the two metal electrodes. a. which electrode serves as the anode and which as the cathode? b. which electrons gain mas and which loses mass as the cell proceeds? c. Write the equation for the overall cell reaction. d.What is the emf generated by the cell under standard conditions?
A 1M solution of Cu(NO3)2 is placed in a beaker with a strip of Cu metal. A 1 M solution of SnSO4 is placed in a second beaker with a strip of Sn metal. A salt bridge connects the two beakers, and wires to a voltmeter link the two metal electrodes. a. which electrode serves as the anode and which as the cathode? b. which electrons gain mas and which loses mass as the cell proceeds? c. Write the equation for the overall cell reaction. d.What is the emf generated by the cell under standard conditions?
Chapter21: Potentiometry
Section: Chapter Questions
Problem 21.15QAP
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A 1M solution of Cu(NO3)2 is placed in a beaker with a strip of Cu
metal. A 1 M solution of SnSO4 is placed in a second beaker with a strip of Sn metal. A salt bridge connects the two beakers, and wires to a voltmeter link the two metal electrodes.
a. which electrode serves as the anode and which as the cathode?
b. which electrons gain mas and which loses mass as the cell proceeds?
c. Write the equation for the overall cell reaction.
d.What is the emf generated by the cell under standard conditions?
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