Differential Equations TTC Video

1. 9. Damped and Undamped Harmonic Oscillators .mp4347.1MB
2. 2. A Limited-Growth Population Model.mp4301.58MB
3. 3. Classification of Equilibrium Points .mp4319.27MB
4. 4. Bifurcations—Drastic Changes in Solutions .mp4315.12MB
5. 5. Methods for Finding Exicit Solutions .mp4318.3MB
6. 6. How Computers Solve Differential Equations .mp4290.58MB
7. 7. Systems of Equations—A Predator-Prey System .mp4307.38MB
8. 8. Second-Order Equations—The Mass-Spring System .mp4308.5MB
9. 1. What Is a Differential Equation.mp4327.71MB
10. 10. Beating Modes and Resonance of Oscillators .mp4328.97MB
11. 11. Linear Systems of Differential Equations .mp4313.32MB
12. 12. An Excursion into Linear Algebra .mp4340.03MB
13. 13. Visualizing Complex and Zero Eigenvalues .mp4329.5MB
14. 14. Summarizing All Possible Linear Solutions .mp4323.45MB
15. 15. Nonlinear Systems Viewed Globally—Nullclines .mp4328.57MB
16. 16. Nonlinear Systems near Equilibria—Linearization .mp4316.54MB
17. 17. Bifurcations in a Competing Species Model .mp4324.77MB
18. 18. Limit Cycles and Oscillations in Chemistry .mp4322.5MB
19. 19. All Sorts of Nonlinear Pendulums .mp4328.28MB
20. 20. Periodic Forcing and How Chaos Occurs .mp4335.53MB
21. 21. Understanding Chaos with Iterated Functions .mp4323.23MB
22. 22. Periods and Ordering of Iterated Functions .mp4329.11MB
23. 23. Chaotic Itineraries in a Space of All Sequences .mp4339.9MB
24. 24. Conquering Chaos—Mandelbrot and Julia Sets .mp4341.88MB