I. Introduction. 1. Modeling dynamic systems --;II. Some general methods for modeling. 2. Four model sets. 3. Gradual development of a dynamic model. 4. Two independent variables. 5. Randomness. 6. Positive and negative feedback. 7. Derivatives and lags --;III. Chemistry models. 8. The law of mass action. 9. Chance-Cleland model for enzyme-substrate interaction. 10. The Olsen oscillator --;IV. Genetics models. 11. Mating of alleles. 12. Natural selection and mutation --;V. Ecological models. 13. Robin population. 14. The two-stage insect model. 15. The zebra mussel. 16. Predator-prey models. 17. Epidemic modeling. 18. Tragedy of the commons --;VI. Economic models. 19. Introduction to modeling economic processes. 20. The competitive firm. 21. The monopolistic firm. 22. Competitive equilibrium. 23. Substitution. 24. Time value. 25. Opportunity cost. 26. Optimal tree cutting. 27. Fisheries reserve model. 28. Competitive scarcity --;VII. Engineering models. 29. The assembly line.
Digital computer simulation.
Dynamics -- Computer simulation.
Macintosh (Computer)
QA76
.
9
.
C65
B783
1994
Bruce Hannon, Matthias Ruth ; with a foreword by Donella H. Meadows.