Method of Reduction of Order |
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Consider a linear non-homogeneous ordinary differential equation with constant coefficients ![]() where ![]() the ODE can be rewritten as ![]() Since all coefficients ![]() Thus, ![]() The particular solution can be obtained by repeated integration of these inverse differential operators. ![]() Pros and Cons of the Method of Reduction of Order: The method of reduction of order is very straightforward but not always easy to perform unless all Modification of the Method of Reduction of Order: By performing the partial fraction expansion, the sequential integration can be broken into the sum of a serial individual integrations, i.e., ![]() If ![]() |