Chemical Kinetics
Chemical Kinetics
Reaction Rate Defined
Expressing reaction rates
Calculating reaction rate
Determine Reaction Rates
Differential Rate Laws
Variation of Reaction rates and Order
Differential Rate Law determination
Differential Rate Law determination – continue
Integrated Rate Laws
concentrations as functions of time
Concentration and time of 1st order reaction
Half life & k of First Order Decomposition
1st order reaction calculation
Typical Problem wrt 1st Order Reaction
A 2nd Order Example
A 2nd Order Example
Half life of 2nd Order Chemical Kinetics
Plot of [B] vs. t & 1/[B] vs. t for 2nd Order Reactions
Chemical Reaction and Molecular Collision
Energy in chemical reactions
The Arrhenius Equation
Application of Arrhenius Equation
Application of Arrhenius Equation (continue)
The Effect of Temperature on Reaction Rates
Elementary Reactions and Mechanism
Molecularity of Elementary Reactions
Molecularity of elementary reactions – Example
Elementary Reactions are Molecular Events
Rate Laws and Mechanisms
Rate-determining Step in a Mechanism
Deriving a Rate Law From a Mechanism – 0
Deriving a rate law from a mechanism – 1
Deriving a rate law from a mechanism – 2
Deriving a rate law from a mechanism – 3
Deriving rate laws from mechanisms – steady-state approximation
Steady-state approximation – 2
Steady-state approximation – 3
Steady-state approximation – 4
Catalysis
Catalyzed decomposition of ozone
Homogenous vs. heterogeneous catalysts
Heterogeneous catalysts
Enzymes – selective catalysts
Chemical Kinetics – Summary
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