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H2 Chemistry Electrochemistry
Electrochemistry Part I Electrochemical Cell
Lecture A: Introduction (19:33)
Lecture B: Electrode Potential (4:25)
Lecture C: Standard Hydrogen Electrode (S.H.E) (3:37)
Lecture D.1: Standard Conditions of Measurements (1:03)
Lecture D.2: Measuring Standard Electrode Potential (33:23)
Lecture E.1: Comparing Oxidising and/or Reducing Strengths of Given Species (8:12)
Lecture E.2: Determine the Standard Cell Potential of an Electrochemical Cell (5:18)
Lecture E.3: Predict Feasibility of a Redox Reaction (37:26)
Lecture F: Limitations of Using Standard Cell Potentials (1:34)
Lecture F.2: Non-Standard Conditions (0:37)
Lecture F.2.1: Effect of Concentration of Aqueous Ions (2:10)
Lecture F.2.2: Effect of Temperature (3:13)
Lecture F.2.3: Effect of Pressure of Gaseous Species (1:58)
Lecture G.1: Practical Applications of Electrochemical Cells - Battery (0:30)
Lecture G.1.1: Fuel Cell (14:47)
Electrochemistry Part II - Electrolytic Cell
Lecture A: Electrolysis & Electrolytic Cell (5:32)
Lecture B: Electrolysis of Molten Salts (4:55)
Lecture C: Electrolysis of Aqueous Solutions (2:26)
Lecture C.1: Position of Ion/Species in electrochemical series (3:15)
Lecture C.2: Concentration of Ions in Aqueous Solution (28:51)
Lecture D: Quantitative Electrolysis (11:39)
Lecture E.1: Practical Applications of Electrolysis - Anodising of Aluminium (10:58)
Lecture E.2: Practical Applications of Electrolysis - Purification of Copper (17:18)
Class Exercises
Class Exercise 1: Q1 - Q3 (16:03)
Class Exercise 1: Q4 (27:27)
Class Exercise 1: Q5 - Q8 (30:18)
Class Exercise 1: Q9 (32:11)
Class Exercise 1: Q10(a)(i) (25:43)
Class Exercise 1: Q10(a)(ii) - Q10(b) (23:42)
Class Exercise 1: Q10(c) (13:34)
Class Exercise 2
Class Exercise 2: Q1 - Q3 (36:27)
Class Exercise 2: Q4 - Q5 (22:50)
Class Exercise 2: Q6 - Q7 (15:42)
Class Exercise 1: Q10(a)(ii) - Q10(b)
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