A pulley is set up in the following fashion on an incline
surface. The incline surface has a static coefficient 
s and kinetic
k. m2 moves downhill when the pulley is
free.
The pulley has a moment of inertia, 
and a mass M.
a. Find angular acceleration
b. Find the tension.
c. Find the reaction forces at the pulley
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A pulley is set up in the following fashion on an incline
surface. The incline surface...
A pulley is set up on an incline surface. The incline surface has a static coefficient...
A pulley is set up on an incline surface. The incline surface
has a static coefficient
s and kinetic
k. m2 moves downhill when the pulley is
free.
The pulley has a moment of inertia I =
and a mass M.
a. Find angular acceleration of the pulley.
b. Find the tension resulting from the two masses in the
string.
c. Find the reaction forces at the pulley
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