Zinc Copper Magnesium Nickel Magnesium Zinc Cell Potentials

Last updated: 6/15/2023

Zinc Copper Magnesium Nickel Magnesium Zinc Cell Potentials of a Zinc Copper Cell at Various Concentrations ZnSO4 aq 1 0 M Cu NO3 2 aq 1 0 M ZnSO4 aq 1 0 M Cu NO3 2 aq 0 10 M ZnSO4 aq 1 0 M Cu NO3 2 aq 0 010 M ZnSO4 aq 1 0 M Cu NO3 2 aq 0 0010 M ZnSO4 aq 1 0 M Cu NO3 2 aq 0 00010 M ZnSO4 aq 0 10 M Cu NO3 2 aq 1 0 M ZnSO4 aq 0 010M Cu NO3 2 aq 1 0 M ZnSO4 aq 0 0010 M Cu NO3 2 aq 1 0 M ZnSO4 aq 0 00010 M Cu NO3 2 aq 1 0 M 09 1 10 V 1 07 V 1 03 V 1 00 V 0 98 V 1 13 V 1 17 V 1 19 V 1 22 V Analyze the data from to your chosen galvanic cell by completing the following questions steps 1 From the data what is the standard cell potential of your galvanic cell How do you know 2 Calculate the ratio of product to reactant electrolyte concentrations for each measurement This product is called the reaction quotient Q Treactant Put these values into a chart similar to Table 1 below ordering your quotient values from least to greatest Note Table 1 shows the start of the table for the Zinc Copper cell If you have chosen a different cell to analyze be sure to adjust your chart accordingly using the appropriate data set In the second column of your chart take the log of each Q value In the final column insert the appropriate cell potential