FYKOS Year 30 Series 3 Problem 5 — pulleying · FYKOS 30 #30.3.5

Physics · mechanics

Problem

Consider the pulley system in the picture. If the masses mim_{i}, radii RiR_{i}, and moments of inertia JiJ_{i} for all pulleys, mass mm of the weight, and mass MM, radius RR, and moment of inertia JJ of the cylinder are all known, we neglect the weight of pulley 2 and thus consider the ropes leading to pulley 2 as parallel with the inclined plane, the coefficient of friction (both static and kinetic) between the cylinder and the surface is ff and the rope does not slip on the pulleys, determine the acceleration (optionally the angular acceleration as well) of the weight mm and the cylinder MM.

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