A block (W₁) with dimensions as shown, a = 33 in., and b = 72 in., sits on a sloped surface, with 0 = 46°, and is connected to a second block (W2) with a belt passing over four cylinders. What is the weight of the second block, W2, necessary to cause the first block to move (check all movement cases) if W₁ = 216lb and all surfaces have a coefficient of friction, μ, = 0.56? W₂

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Please help. Written on paper not typed on computer please. Need help on all questions. Please include all units, steps to the problem and information such as its direction or if it is in compression or tension. Thx.
A block (W₁) with dimensions as shown, a = 33 in., and b = 72 in., sits on a sloped surface, with 0 =
46°, and is connected to a second block (W2) with a belt passing over four cylinders. What is the
weight of the second block, W2, necessary to cause the first block to move (check all movement cases)
if W₁ = 216lb and all surfaces have a coefficient of friction, μ, = 0.56?
W₂
Transcribed Image Text:A block (W₁) with dimensions as shown, a = 33 in., and b = 72 in., sits on a sloped surface, with 0 = 46°, and is connected to a second block (W2) with a belt passing over four cylinders. What is the weight of the second block, W2, necessary to cause the first block to move (check all movement cases) if W₁ = 216lb and all surfaces have a coefficient of friction, μ, = 0.56? W₂
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