A two mass system is shown below. The block m1, 10 kg, sits on a 30 degree incline with a coefficient µs = 0.6 between the block and the incline. A mass m2 is attached to mi by a frictionless pulley system and the two blocks are released from rest. (a) Draw and label the free body diagram for the m, block while it is moving on the ramp: Iml (b) How much mass m2 is needed to pull the 10 kg block, m1, up the ramp? (c) If m2 = 15 kg, how long does it take the block to travel a distance 5m on the incline surface? Let uk = 0.3. %3D
A two mass system is shown below. The block m1, 10 kg, sits on a 30 degree incline with a coefficient µs = 0.6 between the block and the incline. A mass m2 is attached to mi by a frictionless pulley system and the two blocks are released from rest. (a) Draw and label the free body diagram for the m, block while it is moving on the ramp: Iml (b) How much mass m2 is needed to pull the 10 kg block, m1, up the ramp? (c) If m2 = 15 kg, how long does it take the block to travel a distance 5m on the incline surface? Let uk = 0.3. %3D
Related questions
Question
100%
Transcribed Image Text:A two mass system is shown below. The block m1, 10 kg, sits on a 30 degree incline
with a coefficient µs = 0.6 between the block and the incline. A mass m2 is attached
to mi by a frictionless pulley system and the two blocks are released from rest.
(a) Draw and label the free body diagram for the m1 block while it is moving on the
ramp:
Iml
30°
(b) How much mass m2 is needed to pull the 10 kg block, m1, up the ramp?
(c) If m2 = 15 kg, how long does it take the block to travel a distance 5m on the
incline surface? Let uk = 0.3.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 5 steps with 1 images
