Two masses are connected by a string which goes over an ideal pulley. Block A has a mass of
4.75kg and can slide along the smooth plane inclined by 37.0 degrees above the horizontal. The
masses remain stationary. a) draw a free body diagram b) what mass does block B need to have
in order for the masses to remain stationary?
Solution
We have equation for mass A. T=mg*sin30 T=m_b*g so m_b=T/g
4.75kg and can slide along the smooth plane inclined by 37.0 degrees above the horizontal. The
masses remain stationary. a) draw a free body diagram b) what mass does block B need to have
in order for the masses to remain stationary?
Solution
We have equation for mass A. T=mg*sin30 T=m_b*g so m_b=T/g
