A horizontal frictionless table has a small hole in its center. Block A on the table...

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A horizontal frictionless table has a small hole in its center. Block A on the table is connected to block B hanging beneath by a string of negligible mass which passes through the hole. Initially, B is held stationary and A rotates at constant radius ro with steady angular velocity wo (a) (b) Draw a free body diagram of all the mobile bodies. ) Find the radial and tangential component of the acceleration of block A. ) Find the acceleration of block B immediately after the release. Also find the tension in the string. (c) ( A horizontal frictionless table has a small hole in its center. Block A on the table is connected to block B hanging beneath by a string of negligible mass which passes through the hole. Initially, B is held stationary and A rotates at constant radius ro with steady angular velocity wo (a) (b) Draw a free body diagram of all the mobile bodies. ) Find the radial and tangential component of the acceleration of block A. ) Find the acceleration of block B immediately after the release. Also find the tension in the string. (c) (

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Block A Tension force T directed along the string inwards towards the center of the circle due to the string pulling block A Normal force N exerted by the table on block A directed upwards since the t... View the full answer