(a) Draw a free body diagram of all the mobile bodies. (b) Find the radial and tangential component of the acceleration of block A. (c) Find the acceleration of block B immediately after the release. Also find the tension in the string.
(a) Draw a free body diagram of all the mobile bodies. (b) Find the radial and tangential component of the acceleration of block A. (c) Find the acceleration of block B immediately after the release. Also find the tension in the string.
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Transcribed Image Text:1. 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 r, with steady angular
velocity wo.
B
Draw a free body diagram of all the mobile bodies.
(b)
Find the radial and tangential component of the acceleration of block A.
(c)
tension in the string.
Find the acceleration of block B immediately after the release. Also find the
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