| Filename |
| pend1.mws Swinging pendelum |
| pend2.mws Continuation of pend1.mws |
| 01.1.mws Use odeadvisor |
| 01.2.mws Verify and plot solutions of odes |
| 01.3.mws Use dsolve to solve odes |
| 01.4.mws Direction fields |
| 02.1.mws Use dsolve to solve odes and ivps |
| 02.2.mws Solve separable odes |
| 02.3.mws Solve first order homogeneous equations |
| 02.4.mws Solve exact equations |
| 02.5.mws Solve first order equations |
| 02.6.mws Numerical solutions of first order odes |
| 03.1.mws Orthogonal trajectories example |
| 03.1b.mws Orthogonal trajectories example |
| 03.2.mws Population growth and decay models |
| 03.3.mws Newton's law of cooling |
| 03.4.mws Free-falling bodies |
| 04.1.mws Higher order linear odes |
| 04.2.mws Solution of linear homogeneous odes |
| 04.3.mws Solution of linear non-homogeneous odes |
| 04.4.mws Method of undetermined coefficients |
| 04.5.mws Variation of parameters |
| 04.6.mws Cauchy-Euler equations |
| 04.7.mws Series solutions |
| 05.1.mws Simple harmonic motion |
| 05.2.mws Damped motion |
| 05.3.mws Forced motion |
| 05.3b.mws Forced motion |
| 05.4.mws Circuits, beams, and springs |
| 05.4b.mws Circuits, beams, and springs |
| 05.5.mws The pit and the pendelum |