Nernst Equation Problem | EMF | Electrochemical Cell | Redox Reions |
Nernst Equation Problem | EMF | Electrochemical Cell | Redox Reions |\r
Link to my chemistry page\r
\r
This is a video on how to determine the emf of an electrochemical cell, when the concentrations in the anode compartment and cathode compartment are different.\r
For this we will be using the NERNST EQUATION.\r
The video outlines steps to be taken to solve the problems.\r
1. How to determine anode and cathode\r
2. Write Oxidation half reion\r
3. Write Reduction half reion\r
4. Write net cell reion\r
5. Balance the equation and determine the value of n the number of moles of electrons transferred\r
6. Write the equilibrium concentration expression for the net cell reion\r
7. Substitute the values in the Nernst equation \r
8. Rationale for the result obtained for the problem.\r
\r
For more lessons questions and solutions\r
\r
\r
\r
\r
Link to my chemistry page\r
\r
This is a video on how to determine the emf of an electrochemical cell, when the concentrations in the anode compartment and cathode compartment are different.\r
For this we will be using the NERNST EQUATION.\r
The video outlines steps to be taken to solve the problems.\r
1. How to determine anode and cathode\r
2. Write Oxidation half reion\r
3. Write Reduction half reion\r
4. Write net cell reion\r
5. Balance the equation and determine the value of n the number of moles of electrons transferred\r
6. Write the equilibrium concentration expression for the net cell reion\r
7. Substitute the values in the Nernst equation \r
8. Rationale for the result obtained for the problem.\r
\r
For more lessons questions and solutions\r
\r
\r
\r
\r
Category
📺
TV