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Lesson 13: Electrochemistry - Coggle Diagram
Lesson 13: Electrochemistry
13.1 OXIDATION AND REDUCTION AS ELECTRON
TRANSFER PROCESS
13.4 ELECTROLYTIC CONDUCTION
13.4.1 Conductance and Conductivity
13.4.2 Measurement of Conductance
13.4.3 Molar Conductivity
13.2 OXIDATION NUMBER
13.2.1 Rules for Assigning Oxidation Number
13.3 BALANCING REDOX REACTION
13.3.1 Balancing by Oxidation Number method
13.3.2 Balancing by Ion Electron Method
13.3.3 Example of Balancing
13.5 FACTORS AFFECTING CONDUCTIVITY
13.5.1 Kohlrausch’s Law
13.6 ELECTRO CHEMICAL CELLS
13.7 ELECTROLYTIC CELLS OR RARADAIC CELLS
13.7.1 Faraday’s Laws of Electrolysis
13.7.2 Products of Electrolysis
13.8 GALVANIC CELLS OR VOLTAIC CELLS
13.8.1 Redox Reaction and Galvanic Cell
13.8.2 Salt Bridge
13.8.3 Symbolic Representation of Galvanic Cells
13.9 ELECTRODE POTENTIAL
13.9.1 Standard Electrode Potential
13.10 MEASUREMENT OF ELECTRODE POTENTIAL
13.10.1 Standard Hydrogen Electode
13.10.2 Measurement of Standard Electrode Potential
13.11 ELECTROCHEMICAL SERIES AND ITS
APPLICATIONS
13.11.1 Cell emf and Potential difference
13.11.2 Standard cell emf
13.11.3 Cell emf and electrode potential
13.11.4 Electrochemical Series
13.11.5 Applications of Electrochemical Series
13.12 NERNST EQUATION FOR ELECTRODE POTENTIAL
13.12.1 Nernst Equation for Cell emf
13.13 BATTERIES AND FUEL CELLS
13.14 CELL EMF AND GIBBS ENERGY
13.15 CORROSION