In the figure below, two pulleys are mounted on fixed axles that have negligible friction. The small pulley has a moment of inertia of 9.0 kg · m2; it is made up of two cylinders welded together, one of radius 7.0 cm and the other of radius 15.0 cm. The large pulley has a radius of 46.0 cm and a moment of inertia of 90 kg · m2; the pulleys are coupled using a light belt. A 6.00 kg mass hangs from the smaller pulley by a rope that is wound around the smaller cylinder. The system is initially at rest. The mass is let go and starts to fall.
a)Find the acceleration of the mass?

Question

In the figure below, two pulleys are mounted on fixed axles that have negligible friction. The small pulley has a moment of inertia of 9.0 kg · m2; it is made up of two cylinders welded together, one of radius 7.0 cm and the other of radius 15.0 cm. The large pulley has a radius of 46.0 cm and a moment of inertia of 90 kg · m2; the pulleys are coupled using a light belt. A 6.00 kg mass hangs from the smaller pulley by a rope that is wound around the smaller cylinder. The system is initially at rest. The mass is let go and starts to fall.
a)Find the acceleration of the mass?

ganeshie8 · Answer

figure ?

ganeshie8 · Answer

you may attach the figure by clicking "Attach File" button in blue ;pcated below the reply textbox

parthkohli · Answer

|dw:1447245826713:dw|

anj123 · Answer

Yeah that's the Figure. The one that ParthKohli put up.