The ordinary differential equation
y" + 5y' + 6y = r(x) ,
where r(x) = | 12 | (0 <= x < 2) |
0 | (x >= 2) |
y = | 4 e-3x - 6 e-2x + 2 | (0 <= x < 2) |
4 (1 - e6) e-3x - 6 (1 - e4) e-2x | (x >= 2) |
In the course notes this solution is found both by
a Laplace transform method and by the chapter 4 method of undetermined
coefficients. This solution is continuous and differentiable at
Graphs of y and y' on [0, 5] |
Zooming in to x = 2.0 ± 0.1 |
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