Content
| 9 items | |
| Reduction of Order: CFs $y_a = x^n e^{k_a x}$; $y_{PI} = x^n$ | 6 Mar 2020, 8:52 a.m. |
| Philip's copy of Reduction of Order: CFs $y_a = x^n e^{k_a x}$; $y_{PI} = x^n$ | 25 Jan 2017, 3:19 p.m. |
| Philip's copy of Second-Order Homogeneous - Distinct Roots | 25 Jan 2017, 12:03 p.m. |
| … | |
Differential equation questions.
Project activity
Queues
Item status
| Ready to use | 0 |
| Should not be used | 0 |
| Has some problems | 0 |
| Doesn't work | 0 |
| Needs to be tested | 0 |
| Draft | 9 |
Members
-
Philip Walker
(owner)