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Name: 4. A practical galvanic cell is colloquially known as a “battery". Is Faraday's law in...
4. A practical galvanic cell is colloquially known as a "battery". Is Faraday's law in any way applicable to using a battery (hence a galvanic cell)? If so, how? (Hint: Did you see the waterfall or water + gravity analogy in the tutorial? Difference in height is not the only important waterfall parameter). 5. Ideally, determination of cell emf is a steady-state experiment with no net change in concentrations of ions and no current flowing. However, using a battery (galvanic...
Initial mass of the anode was 10.00 g of Zinc and the initial mass of the cathode was 10.00g of iron. A simulation was done with the current to 6.00 A and a 40.00 min time. (this information may not be needed) Part C: Electrolytic Cell and Calculation of Faraday's Constant (Using hits media.pearson me som/bc bemedia_chemchemummillest php) Cathode Final Mass 104.88 Cathode Initial Mass 16.00 4.88 Difference (m) g What do you notice in comparison to the change at...
DATE: NAME: Labels for Venn Diagram Comparing Electrochemical Cells AKA Galvanic cells 1. Oxidation occurs at the anode 2. оссurs 3. Reduction occurs at the cathode 4. Produces electrical energy from chemical energy 5. Separation of electrodes to create an electrical potential 6. Ions move through solution/salt bridge in response to electron movement through wire 7. Ecell<0 8. Requires an electric power source to produce chemical energy 9. Nis) Ni(NOs) (aq)||AgNO (aq)| Ag(s) 10. AG 0 11. Is a spontaneous...