5. The following equation describes free oscillation of a single-degree of freedom system: y +26wny +wy=0,...

 

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5. The following equation describes free oscillation of a single-degree of freedom system: y" +26wny +wy=0, (≥0, w > 0) (a) Compute the general solution of the given equation when the damping co- efficient = 0, and the natural frequency w = 0.5; also, plot y(z) when y(0) = 1, y(0) = 1. (b) Compute the general solution of the given equation when the damping co- efficient C 2, and the natural frequency wn = 0.5; also, plot y(x) when y(0) = 1, y(0) = 1. = 5. The following equation describes free oscillation of a single-degree of freedom system: y" +26wny +wy=0, (≥0, w > 0) (a) Compute the general solution of the given equation when the damping co- efficient = 0, and the natural frequency w = 0.5; also, plot y(z) when y(0) = 1, y(0) = 1. (b) Compute the general solution of the given equation when the damping co- efficient C 2, and the natural frequency wn = 0.5; also, plot y(x) when y(0) = 1, y(0) = 1. =

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Have a good day Solution a y 2 wny wny 0 05 05 G0 wn 1 y 0 05 y 0 y 025y 0 dy 025y ... View the full answer