Assuming the harmonic force F(t)=Asin(wt) is the disturbance applied to the mass M, derive the equations of motion of th

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Assuming The Harmonic Force F T Asin Wt Is The Disturbance Applied To The Mass M Derive The Equations Of Motion Of Th 1 (36.03 KiB) Viewed 32 times

Assuming the harmonic force F(t)=Asin(wt) is the disturbance applied to the mass M, derive the equations of motion of the system. F(t) M Script> M b B y(t) Store your answer in mxdot and Mydot 1 format compact 2% for symbolic declaration K x(t) y(t) A B w t Save C Reset MATLAB Documentation 4 % Use Newton's law of motion, concepts of action and reaction, and friction to derive the equation of motion from the free body diagram for the ma 5% Use the free body diagram to write the equation of motion for the top mass, m, in terms of m, x, fs, and fd. 6 DX = 7 Dy = 8 Ft = 9 FS = 10 Fd = 11 % Use equations Fs, Fd, and to rewrite the equation in terms of the linear model for a spring and viscous damper. 12 mxdot= 13 Mydot=