A cabin is accelerating up the incline with acceleration g m/s 2 . A

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A cabin is accelerating up the incline with acceleration g m/s 2 . A simple pendulam of length 3 1/2 is hanging from the vertical wall of the cabin . What is the minimum speed given to the bob so that it performs vertical circular motion with respect to cabin?

A cabin is accelerating up the incline with acceleration g m/s² . A simple pendulam of length 3^1/2 is hanging from the vertical wall of the cabin . What is the minimum speed given to the bob so that it performs vertical circular motion with respect to cabin?

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A cabin is accelerating up the incline with acceleration g m/s ​2 . A simple pendulam of length 3 1/2 is hanging from the vertical wall of the cabin . What is the minimum speed given to the bob so that it performs vertical circular motion with respect to cabin?

A cabin is accelerating up the incline with acceleration g m/s​2 . A simple pendulam of length 31/2 is hanging from the vertical wall of the cabin . What is the minimum speed given to the bob so that it performs vertical circular motion with respect to cabin?

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A cabin is accelerating up the incline with acceleration g m/s 2 . A simple pendulam of length 3 1/2 is hanging from the vertical wall of the cabin . What is the minimum speed given to the bob so that it performs vertical circular motion with respect to cabin?

A cabin is accelerating up the incline with acceleration g m/s² . A simple pendulam of length 3^1/2 is hanging from the vertical wall of the cabin . What is the minimum speed given to the bob so that it performs vertical circular motion with respect to cabin?