7. There is a clear gap between bob and floor which is equal to 'd' in...

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7. There is a clear gap between bob and floor which is equal to 'd' in equilibrium. Now pendulum is pulled a side by angle and released. Find maximum angle e such that it oscillates without touching the floor. ld < 7. There is a clear gap between bob and floor which is equal to 'd' in equilibrium. Now pendulum is pulled a side by angle and released. Find maximum angle e such that it oscillates without touching the floor. ld <

Answer rating: 100% (QA)

The image depicts a pendulum with a string of length l a bob of mass m and a gap d between the bob and the floor when the pendulum is at rest in its e... View the full answer