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H2 Chemistry Reaction Kinetics
Reaction Kinetics Part I
Lecture A: Rate of Reaction (5:40)
Lecture B: Rate Equations (2:26)
Lecture C: Rate Constants (0:45)
Lecture D: Order of Reactions (15:48)
Lecture E.1: Half-Life for Zero-Order Reaction (13:17)
Lecture E.2: Half-Life for First-Order Reaction (7:35)
Lecture E.3: Half-Life for Second-Order Reaction (18:30)
Lecture F.1: Pseudo-First-Order Reaction - Presence of a large excess concentration of reactant (16:17)
Lecture F.2: Pseudo-First-Order Reaction - Presence of a Catalyst (1:11)
Lecture G.1: Experimental Determination of Order of Reaction - From Initial Rates (5:10)
Lecture G.2: Experimental Determination of Order of Reaction - From Concentration-Time Graph (1:01)
Lecture G.3: From Rate of Reaction vs -reactants- graph (0:20)
Reaction Kinetics Part II
Lecture A: Reaction Mechanism (26:00)
Lecture B: Collision Theory (6:53)
Lecture C.1: Factors affecting the Rate of Reaction - Particle Size of Solids (1:08)
Lecture C.2: Factors affecting the Rate of Reaction - Concentration of Reactants (Aqueous) (3:26)
Lecture C.3: Factors affecting the Rate of Reaction - Pressure of Gaseous Reactants (0:31)
Lecture C.4: Factors affecting Rate of Equation-Temperature (9:58)
Lecture C.5: Catalyst (8:42)
Lecture C.5.1: Homogenous Catalysis (22:35)
Lecture C.5.2: Heterogeneous Catalysis (4:48)
Lecture C.5.3: Autocatalysis (2:10)
Lecture D.1: Enzymes - Properties of Enzymes (2:22)
Lecture D.2: Enzymes - Mechanism(LOCK & KEY) (2:19)
Lecture D.3: Enzymes - Concentration affecting the rate of an enzyme-catalysed reaction- (6:05)
Lecture E: Summary (2:50)
Reaction Kinetics Part III
Lecture A: Experimental Technique for Studying Reaction Rates (3:21)
Lecture A.1: Titrimetric Method [Sampling/Chemical Method] (18:56)
Lecture A.2: Measurement of Volume of Gaseous Product [Continuous/Physical Method] (0:04)
Lecture A.3: Colorimetric Method [Continuous/Physical Method] (8:02)
Lecture A.4: Clock Reaction [Method of Initial Rates] (27:01)
Class Exercise 1
Class Exercise 1: Q1 - Q5 (21:22)
Class Exercise 1: Q6 - Q8 (28:14)
Class Exercise 1: Q9 (24:36)
Class Exercise 2
Class Exercise 2: Q1 - Q7 (19:39)
Class Exercise 2: Q8 - Q11 (18:24)
Class Exercise 2: Q12 (27:04)
Lecture E.1: Half-Life for Zero-Order Reaction
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