Question: A thin, uniform, 15.0-kg post, 1.75 m long, is held vertically using a cable and is attached to a 5.00-kg mass and a pivot at
(a) Find the angular acceleration of the post about the pivot just after the cable breaks.
(b) Will the angular acceleration in part (a) remain constant as the post falls (before it hits the pulley)? Why?
(c) What is the acceleration of the 5.00-kg mass the instant after the cable breaks? Does this acceleration remain constant? Why?
Cable 0.500 m 5.00kg Pivot
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IDENTIFY Apply T Ia to the post and F m to the hanging mass The acceleration a of the mass has the s... View full answer
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