moment of inertia l about its axis and mass m. Find the time period of vertical oscillations of its center of mass. The spring constant of spring is K and the spring does not slip over the pulley.

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The pulley shown in figure has a radius r, moment of inertia l about its axis and mass m. Find the time period of vertical oscillations of its center of mass. The spring constant of spring is K and the spring does not slip over the pulley.
04
Sep
The pulley shown in figure has a radius r, moment of inertia l about its axis and mass m. Find the time period of vertical oscillations of its center of mass. The spring constant of spring is K and the spring does not slip over the pulley. moment of inertia l about its axis and [...]
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