Highlights
where x is the displacement of the mass, k is the damping parameter and ? is the natural frequency of the system.
i) Create a function m-file to solve this second-order differential equation with the system of first-order differential equations.
ii) Consider the unforced motion when F = 0 and ? = 3.8 with the initial conditions
x 0 = 1, x 0 = 0. Use the numerical solver ode45 to solve the differential equation for the cases k = 0.0, 0.1, 0.2, 0.4, 1.0, 2.0 over the range 0 to 4?. Plot the six graphs on one figure. Interpret the results physically for the different values of k.
iii) Consider the forced motion when F = 2.0 and ? = 3.8 with the initial conditions x 0 = 1, x 0 = 0. Use the numerical solver ode45 to solve the differential equation for the cases when k = 0.0, k = 1.0 over the range 0 to 4?. Plot the two graphs on one figure. State the physically important difference between the results of parts (ii) and (iii).
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