| week of | Monday | Wednesday | Friday |
|---|---|---|---|
| Sept 7 | Labor Day | Module One: Overview | Ouch - power goes out on a lab day! |
| Sept 14 | Lab One - Introduction to MAPLE | Module 2.3 Rates of Change | Module 2.3 Rates of Change |
| Sept 21 | Module 2.4 - Integral Calculus | Module 2.4 - Integral Calculus | Module 3.2 - Unconstrained Growth |
| Sept 28 | Module 3.2 - Unconstrained Growth | Module 3.1 - Computational Tools | Test One |
| Oct 5 | Newton's Law of Cooling Module 3.3 - Constrained Growth | Outfly!!!! | Module 3.3 - Constrained Growth |
| Oct 12 | Geometric Series | Module 3.5 - Drug Dose Modeling Pulse Trains in Vensim | Module 3.5 - Drug Dose Modeling Pulse Trains in MAPLE/Excel |
| Oct 19 | Module 4.1 - Modeling Falling and Skydiving | Module 4.1 - Modeling Falling and Skydiving | Module 4.2 - Modeling Bungee Jumping |
| Oct 26 | Module 4.2 - Modeling Bungee Jumping | Test Two | Midterm Break |
| Nov 2 | Module 4.4 - Rocket Motion & set-up proj groups. | Module 4.4 - Rocket Motion | Module 5.2, 3 & 4 - Euler and Runge-Kutta Methods |
| Nov 9 | Module 5.2, 3 & 4 - Euler and Runge-Kutta Methods | Module 6.2 - (part one) SIR model [group warm-up] | Module 6.2 - The Spread of SARS |
| Nov 16 | Module 6.2 - Predator-Prey (Lotka-Volterra equations) Final Project assignment | Module 6.4 - Predator-Prey (Lotka-Volterra equations) | Test Three |
| Nov 23 | TBA | TBA | Thanksgiving Break |
| Nov 30 | TBA | TBA | TBA |
| Dec 7 | Group Project Presentations | Group Project Presentations | Group Project Presentations |
| Dec 14 | Final Exam Wednesday, December 16 11:30 A.M.-1:30 P.M. |