5 (10 pts). Using the MATLAB function 'ode45' compute numerically the responses of the following system...

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5 (10 pts). Using the MATLAB function 'ode45' compute numerically the responses of the following system of two coupled oscillators, for m = 0.2Kg, k=500. c 4 Kg/s, force (in N) as shown below, and zero initial conditions. N . m x(1) Then, (i) Plot x(t) and x2(t) versus time f (ii) Plot x(t) versus x2(t) (iii) Plot 2(t) versus x2(t) No friction X(1) F(t)-5 cos2t m 5 (10 pts). Using the MATLAB function 'ode45' compute numerically the responses of the following system of two coupled oscillators, for m = 0.2Kg, k=500. c 4 Kg/s, force (in N) as shown below, and zero initial conditions. N . m x(1) Then, (i) Plot x(t) and x2(t) versus time f (ii) Plot x(t) versus x2(t) (iii) Plot 2(t) versus x2(t) No friction X(1) F(t)-5 cos2t m