# 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

…