TTC - Mastering Differential Equations The Visual Method (compressed)
File List
- 10. Beating Modes and Resonance of Oscillators.mp4 100.1 MB
- 5. Methods for Finding Explicit Solutions.mp4 100.0 MB
- 16. Nonlinear Systems near Equilibria—Linearization.mp4 100.0 MB
- 24. Conquering Chaos—Mandelbrot and Julia Sets.mp4 100.0 MB
- 6. How Computers Solve Differential Equations.mp4 100.0 MB
- 15. Nonlinear Systems Viewed Globally—Nullclines.mp4 100.0 MB
- 20. Periodic Forcing and How Chaos Occurs.mp4 100.0 MB
- 19. All Sorts of Nonlinear Pendulums.mp4 99.9 MB
- 9. Damped and Undamped Harmonic Oscillators.mp4 99.9 MB
- 13. Visualizing Complex and Zero Eigenvalues.mp4 99.9 MB
- 4. Bifurcations—Drastic Changes in Solutions.mp4 99.9 MB
- 8. Second-Order Equations—The Mass-Spring System.mp4 99.9 MB
- 11. Linear Systems of Differential Equations.mp4 99.9 MB
- 22. Periods and Ordering of Iterated Functions.mp4 99.9 MB
- 21. Understanding Chaos with Iterated Functions.mp4 99.9 MB
- 18. Limit Cycles and Oscillations in Chemistry.mp4 99.9 MB
- 3. Classification of Equilibrium Points.mp4 99.9 MB
- 2. A Limited-Growth Population Model.mp4 99.9 MB
- 23. Chaotic Itineraries in a Space of All Sequences.mp4 99.8 MB
- 17. Bifurcations in a Competing Species Model.mp4 99.8 MB
- 12. An Excursion into Linear Algebra.mp4 99.8 MB
- 7. Systems of Equations—A Predator-Prey System.mp4 99.8 MB
- 14. Summarizing All Possible Linear Solutions.mp4 99.8 MB
- 1. What Is a Differential Equation.mp4 99.8 MB
- guidebook.pdf 3.0 MB
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