4. Complete the following tables to make prediction about the six voltaic cells. -5 marks) Cell 1: 5 marks) Cell Notation: Zn(s) | Zn²* (ag) || Cu²*(ag) | Cu(s) Anode Cathode Reducing Agent Oxidizing Agent Reduction 12 Reaction Oxidation 12 Reaction Net Cell Balanced Equation Predicted Standard Cell Potential Spontaneous (Yes or No) Cell 2: Fe(s) | Fe²+ (aq) || Cu²*(ag) | Cu(s) Cell Notation: Anode Cathode Reducing Agent Oxidizing Agent Reduction 12 Reaction Oxidation 12 Reaction Net Cell Balanced Equation Predicted Standard Cell Potential Spontaneous (Yes or No)
(7 marks) Cell 3: (7 marks) Cell Notation: Anode Cathode Reducing Agent Oxidizing Agent Reduction 12 Reaction Zn(s) | Zn²+ (aq) || MnO4> Mn²*(ag), H* (aq) | C(s) Oxidation 12 Reaction Net Cell Balanced Equation Predicted Standard Cell Potential Spontaneous (Yes or No) Cell 4: Cell Notation: Anode Cd(s) | Cd²+ (aq) || Cr₂O7²-(ag), Cr³+(ag), H*(ag) | C(s) Cathode Reducing Agent Oxidizing Agent Reduction / Reaction Oxidation 12 Reaction Net Cell Balanced Cell Potential Spontaneous (Yes or No) Equation Predicted Standard
4. Complete the following tables to make prediction about the six voltaic cells. -5 marks) Cell 1: 5 marks) Cell Notatio
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4. Complete the following tables to make prediction about the six voltaic cells. -5 marks) Cell 1: 5 marks) Cell Notatio
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