A pulley with mass Mp and a radius Rp is attached to the ceiling, in a gravity f

Question

A pulley with mass Mp and a radius Rp is attached to the ceiling, in a gravity field of 9.81 m/s2 and rotates with no friction about its pivot T. 3 Mp L. 2 M2 m? Mass Mz is larger than mass m1 The quantities Tn and g are magnitudes Tue The C.M. of MptM1+M2 accelerates Ti is m1g. Less than T1 +T2 is.. T3 Greater thanThe magnitude of the acceleration of miis that of M2. Los than T3 ism19+ M29 Mp9 Less than T2 is.. T1; This problem deals with Newton's second law for both linear and rotational motion. Think about acceleration and the net force on 'a body'. A body' can be a set of objects connected by internal forces. Don't forget that the pulley has mass and therefore a moment of inertia Submit Answer Incorrect. Tries 1/5 Previous Tries

Explanation / Answer

T2 = M2g - M2a,

T1 = m1a + m1g

T3 (the tensional force holding the pulley to the ceiling) = M2g + m1g + Mpg

1) TRUE

2) Greater than

3) Less than

4) Equal to

5) Less than

6) Greater

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