Calculations in Chemical Kinetics for Undergraduates
portes grátis
Calculations in Chemical Kinetics for Undergraduates
Yunana, Eli Usheunepa
Taylor & Francis Ltd
06/2022
78
Mole
Inglês
9781032228204
15 a 20 dias
167
Descrição não disponível.
Biography
Acknowledgement
Preface
Chapter 1: Reaction rates, molecularity and rate law.
Chapter 2: Determination of reaction order by using initial rates.
Chapter 3: Rate law by method of integration and half-life.
Chapter 4: Theoretical models for chemical kinetics and Arrhenius equation.
Chapter 5: Steady-State approximation, reaction mechanisms and rate law of chain reactions.
Appendix.
Solution to exercises.
References.
Acknowledgement
Preface
Chapter 1: Reaction rates, molecularity and rate law.
Chapter 2: Determination of reaction order by using initial rates.
Chapter 3: Rate law by method of integration and half-life.
Chapter 4: Theoretical models for chemical kinetics and Arrhenius equation.
Chapter 5: Steady-State approximation, reaction mechanisms and rate law of chain reactions.
Appendix.
Solution to exercises.
References.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Chemical reaction;reaction rate;theoretical chemistry;reaction kinetics;reaction's mechanism;transition state;Mol Dm;Rate Law;Integrated Rate Law;Rate Expression;Rate Constant;Decomposition;Steady State Approximation;KJ Mol;Nitrosyl Chloride;Collision Frequency;Collision Theory;Reactant Concentration;Differential Kinetic Equation;Nitryl Chloride;Dinitrogen Pentoxide;Steric Factor;Chain Carrier;Dm ?3;Concentration Time Relationship;Activation Energy;Hydrogen Iodide;Transition State Theory;Mathematical Expression;Bimolecular Reaction;Reaction Mechanism
Biography
Acknowledgement
Preface
Chapter 1: Reaction rates, molecularity and rate law.
Chapter 2: Determination of reaction order by using initial rates.
Chapter 3: Rate law by method of integration and half-life.
Chapter 4: Theoretical models for chemical kinetics and Arrhenius equation.
Chapter 5: Steady-State approximation, reaction mechanisms and rate law of chain reactions.
Appendix.
Solution to exercises.
References.
Acknowledgement
Preface
Chapter 1: Reaction rates, molecularity and rate law.
Chapter 2: Determination of reaction order by using initial rates.
Chapter 3: Rate law by method of integration and half-life.
Chapter 4: Theoretical models for chemical kinetics and Arrhenius equation.
Chapter 5: Steady-State approximation, reaction mechanisms and rate law of chain reactions.
Appendix.
Solution to exercises.
References.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Chemical reaction;reaction rate;theoretical chemistry;reaction kinetics;reaction's mechanism;transition state;Mol Dm;Rate Law;Integrated Rate Law;Rate Expression;Rate Constant;Decomposition;Steady State Approximation;KJ Mol;Nitrosyl Chloride;Collision Frequency;Collision Theory;Reactant Concentration;Differential Kinetic Equation;Nitryl Chloride;Dinitrogen Pentoxide;Steric Factor;Chain Carrier;Dm ?3;Concentration Time Relationship;Activation Energy;Hydrogen Iodide;Transition State Theory;Mathematical Expression;Bimolecular Reaction;Reaction Mechanism
