Section 8 4 presents a second order differential equation that can be used to analyze the unforced oscillations of an automobile shock absorber Given m 1 2 x 10 6 g , c l x 10 7 g s, and k l 25 x l0 9 g s 2 , use a numerical method to solve for the case where x (0) 0 4 and dx (0) dt 0 0 Solve for both displacement and velocity from t 0 to 0 5 s

Question: Section 8.4 presents a second-order differential equation that can be used to analyze the unforced oscillations of an automobile shock absorber. Given m = 1.2

Section 8.4 presents a second-order differential equation that can be used to analyze the unforced oscillations of an automobile shock absorber. Given m = 1.2 x 10⁶ g, c = l x 10⁷ g/s, and k =l.25 x l0⁹ g/s², use a numerical method to solve for the case where x(0) = 0.4 and dx(0) dt = 0.0. Solve for both displacement and velocity from t = 0 to 0.5 s.

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