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Pure Chemistry Electrochemistry
Electrolysis Part I – Basic Concepts
Lecture A: Principle of Electrolysis (41:06)
Lecture B.1: Inert Electrodes (1:03)
Lecture B.2: Reactive Electrode (5:21)
Lecture C: Strategy to Predict Likely Products of Electrolysis (2:09)
Lecture C.1: Ease of discharge of Cations and Anions (Electrochemical Series) (10:49)
Lecture C.2: Effect of Concentration on Selective Discharge (4:01)
Lecture D: Electrolysis of Molten Ionic Compounds (13:48)
Lecture E: Electrolysis of Aqueous Solution of Ionic Compound (3:34)
Lecture E.1: Electrolysis of Dilute NaCl Solution (8:21)
Lecture E.2: Electrolysis of Concentrated NaCl Solution (8:25)
Lecture F: Electrolysis of Water (7:09)
Lecture G: Electrolysis of Aqueous Copper(II) Sulfate using Inert Electrodes (15:10)
Lecture H: Electrolysis of Aqueous Copper(II) Sulfate using Reactive Electrodes (12:44)
Lecture I.1: Purification of Copper (9:40)
Lecture I.2: Electroplating (9:47)
Electrolysis Part III – Simple Cells
Lecture A: Simple/Galvanic/Voltaic/Electric Cells (17:54)
Lecture B: Salt Bridge (7:13)
Lecture C: Difference between Electrolytic & Simple Cells (8:52)
Lecture D: Fuels cells (37:53)
Summary
Summary (11:04)
Class Exercise 1
Class Exercise: Q1 - Q4 (32:44)
Class Exercise: Q5 - Q10 (31:12)
Class Exercise: Q11 - Q13 (46:06)
Class Exercise: Q14 - Q16 (48:52)
Class Exercise: Q17 - Q19 (36:55)
Lecture C.2: Effect of Concentration on Selective Discharge
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