Determine the equation of motion of the pulley shown in the figure, and find the damped frequency of this system. k=9000 N/m (for all springs) c= 640 Ns/m Jo= 7 kg m² r= 1 m 00000 3r Pulley with mass moment of Inertia Jo 00000-
Determine the equation of motion of the pulley shown in the figure, and find the damped frequency of this system. k=9000 N/m (for all springs) c= 640 Ns/m Jo= 7 kg m² r= 1 m 00000 3r Pulley with mass moment of Inertia Jo 00000-
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