The system below is held in static equilibrium. The total length of the cable is 20 meters. Determine the mass of the cylinder at D if the mass of the cylinder at B is 20 kg. Note that C and B are frictionless pulleys. 5 m D ? C Answer: D = 12.5 kg 9 m B 20 kg A

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Question #5
The system below is held in static equilibrium.
The total length of the cable is 20 meters.
Determine the mass of the cylinder at D if the
mass of the cylinder at B is 20 kg.
Note that C and B are frictionless pulleys.
5m
D
?
C
Answer: D = 12.5 kg
-9 m-
B
20 kg
A
Transcribed Image Text:Question #5 The system below is held in static equilibrium. The total length of the cable is 20 meters. Determine the mass of the cylinder at D if the mass of the cylinder at B is 20 kg. Note that C and B are frictionless pulleys. 5m D ? C Answer: D = 12.5 kg -9 m- B 20 kg A
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