Science > Chemistry > Chemical Kinetics
Introduction to Chemical Kinetics
- Importance of Chemical Kinetics
- Classification of Chemical Reactions on the Basis of Rate of Reaction
- Rate of Reaction
- The Average Rate of Reaction
- Instantaneous Rate of Reaction
- Graphical Representation of Rate of Reaction
- Determination of Average Rate of Reaction
- Determination of Instantaneous Rate of Reaction
- Reaction Life Time
- Law of Mass Action
- Rate Law
- Rate Constant
- Characteristics of Rate Constant
- Applications of Rate Law
- Concept of Order of Reaction
- Characteristics of Order of Reaction
- Integrated Rate Law For First-Order Reactions
- Half-Life of First-Order Reactions
- Graphical Representation
- Integrated law for Zero-Order Reactions
- Half-life of Zero-Order Reactions
- Graphical Representation
Molecularity of Reaction and Catalysis
- Concept of Elementary Reaction
- Molecularity of Elementary Reaction
- Distinguishing Between Molecularity and Order of Reaction
- Multistep Reactions and Intermediates
- Catalyst and its Effect on Rate of Reaction
- Characteristics of Catalyst
- Rate-Determining Step
- Collision of Reacting Molecule
- Energy of Activation
- Orientation of Reacting Molecules
- Potential Barrier
- Mathematical Treatment to Collision Theory
Arrhenius Equation
- Factors Affecting Rate of Reaction
- Effect of Change of Temperature on the Rate of Reaction
- Arrhenius Equation
- Arrhenius Equation and Temperature Variation
- Determination of Activation Energy