please help with table 3 and show all work, also if you can please put the final answers in table for so its easy to read thank you !

Calculate the standard Accell and theoretical value of Accell for each reaction by using the Nernst eucation, a table of standard reduction potentials, and the actual concentrations of the solutions used (0.10 M Agt, 1.0 M Cu2+, 1,0 M Fe2+, and 1.0 M Zn2+). Compare these theoretical cell potential differences with the average measured cell potentials for each reaction and calculate the percentage error for each cell. Table 3. Standard, theoretical, and average measured A& cell and percent error List view Table view Table 3. Standard, theoretical, and average measured A& cell and percent error Ascell (V) Theoretical A8cell (V) Measured A& cell (V) % Error Ag-Cu cell Cu-Fe cell Cu-Zn cell Ag-Fe cell Fe-Zn cell Ag-Zn cell Table 2. Cell potential for Agt standard solutions Table 2. Cell potential for Agt standard solutions [Ag+1(M) A8cell (V) Standard 1 0.100 0.441 Standard 2 0.050 0.416 Standard 3 0.010 0.401 Standard 4 0.005 0.341 Record the cell potential for the unknown solution (V) 0.435 Data Collection - Galvanic Cell Experiments Table 1. Cell potential measurements Table 1. Cell potential measurements Trial 1 Trial 2 Trial 3 Ag-Cu cell (V) 0.312 0.304 0.303 Cu-Fe cell (V) 0.695 0.696 0.702 Cu-Zn cell (V) 0.970 0.997 0.987 Ag-Fe cell (V) 0.915 0.914 0.912 Fe-Zn cell (V) 0.303 0.305 0.301 Ag-Zn cell (V) 1.19 1.18 1.19