In the system shown in the figure, an inextensible rope passes over two weightlesscylinders. Write the differential equation of motion for the mass m and determine thenatural frequency wn.kaT TABmkoHint: consider one of the fixed pulleys and calculate the ratio of the displacement ofthe mass m and the corresponding spring elongation; then do the same consideringthe other fixed pulleykakp4(ka + kp)më + keqx = 0,kea%3Dans.ww-

Let k be defined as the equivalent spring constant. Since the springs are attached in series.…

Answered: In the system shown in the figure, an…

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In the system shown in the figure, an inextensible rope passes over two weightless cylinders. Write the differential equation of motion for the mass m and determine the natural frequency Wn. ka T T B m ko ww