Each pulley is replaced by a system of two concentric disks, which are fastened
together and are free to rotate about a fixed, common axle. Each system has mass
M and moment of inertia MR2/2, and the radius of the inner disk is R/2 and that
of the outer disk is R. Light, inextensible strings of the same material as in part (d)
are wrapped around each disk system, as shown in the diagram below, and the same
block of mass m is to be lifted by the force of magnitude F. Find the maximum
possible acceleration of the block in this case.
I solved the last part of the previous question, But I got no idea how to start solving this question Like how the rope is being attached, is it attached to the inner disk or the outer one.
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