2. A large block of mass M and a small rock of mass m are tied together with a rope. The rope is strung over a pulley, which is in turn attached to the top corner of a frictionless inclined plane at an angle 8. The rock m is dangling over the side, while the block M rests against the incline. As usual, a picture is worth a thousand words: 0 M a) Draw free-body diagrams for both the block and the rock.

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Can someone help me answer these questions please they are the same questions
2. A large block of mass M and a small rock of mass m are tied together with a rope. The rope is strung
over a pulley, which is in turn attached to the top corner of a frictionless inclined plane at an angle 8. The
rock m is dangling over the side, while the block M rests against the incline.
As usual, a picture is worth a thousand words:
0
M
m
a) Draw free-body diagrams for both the block and the rock.
Transcribed Image Text:2. A large block of mass M and a small rock of mass m are tied together with a rope. The rope is strung over a pulley, which is in turn attached to the top corner of a frictionless inclined plane at an angle 8. The rock m is dangling over the side, while the block M rests against the incline. As usual, a picture is worth a thousand words: 0 M m a) Draw free-body diagrams for both the block and the rock.
b) If M = 15kg, m = 6kg, and 0 = 20°, what happens? Namely: does the rock get pulled up or does it
fall down? And how quickly does it accelerate?
c) Spoiler alert: the rock falls down, even though its mass is less than half of the block's mass. If the rock
is 3.5m above the ground when it is released, how long will it take to hit the ground?
Transcribed Image Text:b) If M = 15kg, m = 6kg, and 0 = 20°, what happens? Namely: does the rock get pulled up or does it fall down? And how quickly does it accelerate? c) Spoiler alert: the rock falls down, even though its mass is less than half of the block's mass. If the rock is 3.5m above the ground when it is released, how long will it take to hit the ground?
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