TTC - Mastering Differential Equations The Visual Method

1. 09. Damped and Undamped Harmonic Oscillators.m4v 356.94 MB
2. 24. Conquering Chaos鈥擬andelbrot and Julia Sets.m4v 352.37 MB
3. 01. What Is a Differential Equation.m4v 348.28 MB
4. 20. Periodic Forcing and How Chaos Occurs.m4v 345.33 MB
5. 23. Chaotic Itineraries in a Space of All Sequences.m4v 341.3 MB
6. 14. Summarizing All Possible Linear Solutions.m4v 341.18 MB
7. 12. An Excursion into Linear Algebra.m4v 339.64 MB
8. 15. Nonlinear Systems Viewed Globally鈥擭ullclines.m4v 339.42 MB
9. 19. All Sorts of Nonlinear Pendulums.m4v 338.16 MB
10. 10. Beating Modes and Resonance of Oscillators.m4v 333.01 MB
11. 05. Methods for Finding Explicit Solutions.m4v 332.82 MB
12. 18. Limit Cycles and Oscillations in Chemistry.m4v 329.61 MB
13. 22. Periods and Ordering of Iterated Functions.m4v 328.68 MB
14. 13. Visualizing Complex and Zero Eigenvalues.m4v 328.51 MB
15. 04. Bifurcations鈥擠rastic Changes in Solutions.m4v 328.38 MB
16. 21. Understanding Chaos with Iterated Functions.m4v 326.76 MB
17. 08. Second-Order Equations鈥擳he Mass-Spring System.m4v 323.93 MB
18. 03. Classification of Equilibrium Points.m4v 322.55 MB
19. 17. Bifurcations in a Competing Species Model.m4v 321.39 MB
20. 16. Nonlinear Systems near Equilibria鈥擫inearization.m4v 320.11 MB
21. 02. A Limited-Growth Population Model.m4v 311.84 MB
22. 07. Systems of Equations鈥擜 Predator-Prey System.m4v 310.83 MB
23. 11. Linear Systems of Differential Equations.m4v 308.1 MB
24. 06. How Computers Solve Differential Equations.m4v 298.45 MB