Listen AO . Given: Initially at rest . . Find: W - W mass moment of inertia of the double pulley = 11 lb-ft-s^2 outside radius = 17 in inside radius = 11 in Weight of larger green block W = 100 lb Weight of smaller block w = 33 lb the angular acceleration of the pulley: a = Your Answer: Answer 28/32 radians
Listen AO . Given: Initially at rest . . Find: W - W mass moment of inertia of the double pulley = 11 lb-ft-s^2 outside radius = 17 in inside radius = 11 in Weight of larger green block W = 100 lb Weight of smaller block w = 33 lb the angular acceleration of the pulley: a = Your Answer: Answer 28/32 radians
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Please use given numbers and answer in appropriate units. Also, show all steps.
Transcribed Image Text:Listen
A O
.
Find:
W
Given: Initially at rest
·
T
W
mass moment of inertia of the double pulley = 11 lb-ft-s^2
outside radius = 17 in
inside radius = 11 in
Weight of larger green block W = 100 lb
Weight of smaller block w = 33 lb
Your Answer:
the angular acceleration of the pulley: a =
Answer
radians/2
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