Department of Mathematics

IDEA: Internet Differential Equations Activities

Chemical Kinetics



 Table of Contents:

  1. Chemical Kinetics - Introduction
  2. Basic Idea of Chemical Kinetics
  3. Composite Reactions or Reaction Mechanisms
  4. Advanced Idea in Chemical Kinetics Exercises
  5. Exercises
  6. Glossary of Terms
  7. Links


Chemical Kinetics - Introduction

Chemical kinetics, a topic in several chemistry courses, illustrates the connection between mathematics and chemistry. Chemical kinetics deals with chemistry experiments and interprets them in terms of a mathematical model. The experiments are perfomed on chemical reactions as they proceed with time. The models are differential equations for the rates at which reactants are consumed and products are produced. By combining models with experiments, chemists are able to understand how chemical reactions take place at the molecular level. 


Basic Ideas of Chemical Kinetics


Composite Reactions or Reaction Mechanisms


Advanced Ideas in Chemical Kinetics


Exercises

  1. First Order chemical kinetics equations
  2. Second Order chemical kinetics equations
  3. How to Construct the differential equations of chemical kinetics


Glossary of Terms


Links


Feedback:

You are invited to send your comments about these chemical kinetics pages to Ron Poshusta <poshustr@mail.wsu.edu>.


References

CODEE, the Consortium for Differential Equations Experiments, has been revitalized. CODEE was quite active in the 1990s in spreading differential equations activities, information, and software tools. In particular, CODEE formed the organization for the ODE Architect software. Recently, an NSF project headed by Darryl Young of Harvey Mudd College has reinvigorated CODEE.
New activities! There are two new activities concerning the Idaho plan for wolf management, and a model for an insurgency. See the project page for details.

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