1. Slide 1 of 54  CRS Questions Follow:

2. Slide 2 of 54 Given the two electrochemical cells to the right, a cell constructed according to the following shorthand notation 1. 1.103 2. 0.423 has a cell potential of: 3. -0.423 4. -1.103

3. Slide 3 of 54 Given the two electrochemical cells to the right, a cell constructed according to the following shorthand notation has a cell potential of: 1. 1.103 2. 0.423 3. -0.423 4. -1.103

4. Slide 4 of 54 Given the electrochemical cells to the right, what would be the cell potential for the electrochemical cell constructed as indicated by the following shorthand notation? 2. 1.563 3. 0.643 4. -0.643 5. -1.563 1. 2.023

5. Slide 5 of 54 Given the electrochemical cells to the right, what would be the cell potential for the electrochemical cell constructed as indicated by the following shorthand notation? 2. 1.563 3. 0.643 4. -0.643 5. -1.563 1. 2.023

6. Slide 6 of 54 Which of the following would result in an increase in the cell potential? 1. Decreasing [Ag + ] in the cathode. 2. Decreasing [Fe 2+ ] in the anode. 3. Decreasing [Fe 3+ ] in the anode. 4. Adding NaCl to the cathode. 5. Increasing [KNO 3 ] in the salt bridge.

7. Slide 7 of 54 Which of the following would result in an increase in the cell potential? 1. Decreasing [Ag + ] in the cathode. 2. Decreasing [Fe 2+ ] in the anode. 3. Decreasing [Fe 3+ ] in the anode. 4. Adding NaCl to the cathode. 5. Increasing [KNO 3 ] in the salt bridge.