2 A block with a mass of m = 5.5kg, is supported by two massless pulleys as shown to the right →. (The tension in a rope is the same all along the rope, even if it wraps around a pulley.) a. Draw a free body diagram for a system that includes only the block. F F2 b. Draw a free body diagram for a system that includes only the small pulley. m c. Calculate the tension in the bottom rope, F, if the block is hanging motionless. (Hint: which free body diagram above is the easiest to use to determine this?)
2 A block with a mass of m = 5.5kg, is supported by two massless pulleys as shown to the right →. (The tension in a rope is the same all along the rope, even if it wraps around a pulley.) a. Draw a free body diagram for a system that includes only the block. F F2 b. Draw a free body diagram for a system that includes only the small pulley. m c. Calculate the tension in the bottom rope, F, if the block is hanging motionless. (Hint: which free body diagram above is the easiest to use to determine this?)
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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
Transcribed Image Text:2 A block with a mass of m = 5.5kg, is supported by two massless
pulleys as shown to the right →. (The tension in a rope is the same all
along the rope, even if it wraps around a pulley.)
a. Draw a free body diagram for a system that includes only the
block.
F2
b. Draw a free body diagram for a system that includes only the small
pulley.
т
c. Calculate the tension in the bottom rope, F,, if the block is hanging motionless. (Hint:
which free body diagram above is the easiest to use to determine this?)
d. Calculate the tension in the top rope, F, if the block is hanging motionless. (Hint:
which free body diagram above is the easiest to use to determine this?)
e. Calculate the tension in the bottom rope, F, if the block is moving with a constant
velocity of 5.0m/s ↑.

Transcribed Image Text:OANSWERS
1 d. 260N; e. 298N ↑;
2 c. 53.9N; d. 27.0N; e. 53.9N; f. 37.4N; g. 17.5m/s² ↑;
3
4| both the same
5 the one block system on the right
6 a. 122N; b. 245N; c. 35.4kg; d. 9.57kg; e. 100kg
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