2.1 The First Model 2.1.1 Basic Assumptions 2.1.2 Variables for Model 1 2.1.3 Derivation of the Equations of Change 2.1.4 Parameters of the S-I-R Model 2.3.1 The First Equations of Change 2.2 Shortening the Time Steps 2.3 The Continuous Variable Model 2.3.2 The Continuous S-I-R Variables 2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.1.1 Basic Assumptions 2.1.2 Variables for Model 1 2.1.3 Derivation of the Equations of Change 2.1.4 Parameters of the S-I-R Model 2.3.1 The First Equations of Change 2.2 Shortening the Time Steps 2.3 The Continuous Variable Model 2.3.2 The Continuous S-I-R Variables 2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.1.1 Basic Assumptions
2.1.2 Variables for Model 1 2.1.3 Derivation of the Equations of Change 2.1.4 Parameters of the S-I-R Model 2.3.1 The First Equations of Change 2.2 Shortening the Time Steps 2.3 The Continuous Variable Model 2.3.2 The Continuous S-I-R Variables 2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.1.2 Variables for Model 1
2.1.3 Derivation of the Equations of Change 2.1.4 Parameters of the S-I-R Model 2.3.1 The First Equations of Change 2.2 Shortening the Time Steps 2.3 The Continuous Variable Model 2.3.2 The Continuous S-I-R Variables 2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.1.3 Derivation of the Equations of Change
2.1.4 Parameters of the S-I-R Model 2.3.1 The First Equations of Change 2.2 Shortening the Time Steps 2.3 The Continuous Variable Model 2.3.2 The Continuous S-I-R Variables 2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.1.4 Parameters of the S-I-R Model
2.3.1 The First Equations of Change 2.2 Shortening the Time Steps 2.3 The Continuous Variable Model 2.3.2 The Continuous S-I-R Variables 2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.3.1 The First Equations of Change
2.3.2 The Continuous S-I-R Variables 2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.3.2 The Continuous S-I-R Variables
2.5.1 S-I-R Differential Equations 2.4 Analysis of Change 2.5 Long-Term Change 2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.5.1 S-I-R Differential Equations
2.6 Calculus and the S-I-R Invariant 2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.7 Chapter Summary 2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.8 Projects 2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.8.1 The New York Flu Epidemic 2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.8.1 The New York Flu Epidemic
2.8.2 Vaccination Strategies for Herd Immunity 2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.8.2 Vaccination Strategies for Herd Immunity
2.8.3 Endemic S-I-S Diseases Previous chapter Next chapter Close this window
2.8.3 Endemic S-I-S Diseases