4. Mass m2 = 35 kg is being held in place on a frictionless ramp with an angle of 0 = 55° by another mass m, which is hanging vertically of the other side of the ramp and attached with a rope and pulley. What should the m, be in order to balance the weight of m2 so that neither mass moves? Free Body Diagram T. T a2x = 0 m2 m,

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Mass m2 = 35 kg is being held in place on a frictionless ramp with an angle of θ = 55◦ by another mass m1 which is hanging vertically of the other side of the ramp and attached with a rope and pulley. What should the m1 be in order to balance the weight of m2 so that neither mass moves?

4.
Mass m2 = 35 kg is being held in place on a frictionless ramp with an angle of
0 = 55° by another mass m, which is hanging vertically of the other side of the ramp
and attached with a rope and pulley. What should the m, be in order to balance the
weight of m2 so that neither mass moves?
Free Body Diagram
T.
T
a2x = 0
m2
m,
Transcribed Image Text:4. Mass m2 = 35 kg is being held in place on a frictionless ramp with an angle of 0 = 55° by another mass m, which is hanging vertically of the other side of the ramp and attached with a rope and pulley. What should the m, be in order to balance the weight of m2 so that neither mass moves? Free Body Diagram T. T a2x = 0 m2 m,
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