1. Voltage reading for Fe-Cu cell 2. Voltage reading for FeZn cell 3. Voltage reading for CuZn cell Erod= 5. Cu2+ reduction half-reaction and Ered. 6. Zn2 reduction half-reaction and Ered Etadt4= 7. Redox reaction of Fe-Cu cell 8. Fe-Cu Ecell 9. Redox reaction of FeZn cell 10. Fe-Zn Eeelu. Eleerp: = 11. Redox reaction of CuZn cell 12. CuZnEceln Questions to consider when preparing the laboratory report: 1. How did your voltage readings compare with their respective standard cell potentials? 2. A typical AA battery has a voltage of approximately 1.5V. Refer to Table 1 and identify two different combinations of half reactions whose standard cell potential would be closest to 1.5V. 1. Voltage reading for Fe-Cu cell 2. Voltage reading for FeZn cell 3. Voltage reading for CuZn cell Erod= 5. Cu2+ reduction half-reaction and Ered. 6. Zn2 reduction half-reaction and Ered Etadt4= 7. Redox reaction of Fe-Cu cell 8. Fe-Cu Ecell 9. Redox reaction of FeZn cell 10. Fe-Zn Eeelu. Eleerp: = 11. Redox reaction of CuZn cell 12. CuZnEceln Questions to consider when preparing the laboratory report: 1. How did your voltage readings compare with their respective standard cell potentials? 2. A typical AA battery has a voltage of approximately 1.5V. Refer to Table 1 and identify two different combinations of half reactions whose standard cell potential would be closest to 1.5V