It is known that the 10 kg pipe will roll up the ramp and not slide on the ramp when P becomes sufficiently large. Using the rolling assumption, find the minimum P required to cause impending motion of the 10 kg pipe up the ramp. Note that the coefficients of friction for the block/ramp, the pipe/ramp and the pipe/block contacts are each 0.30. 18 kg block 35° A 10 kg pipe B Us 0.30 for all contacts

Q: 2. In figure no. 2, if W1=W2= 20Newton, 0=30º and µk = 0.4, W2 find the weight of the third block…

A: The weight of the third block acts on the system in equilibrium condition. W3+W2μkcosθ-W1=0

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Q: What is the x-component of this force? 10 N X 40° A. 10sin 40° B. 10 cos 40° C. 10 cos 40° D. 10/sin…

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Q: 8. The system shown in the following figure is in static equilibrium and the angle 8 = 34.0°. Given…

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Q: Question 2 W of plate 2.000 lb a 4.5ft 1.8 6.0 P1 900 ib F1 1.5 ft P2 1,200 b P1 F2 P2 F3 The bars…

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Newton's Second Law

Newton’s laws of motion describe the relationship between the motion of an object and forces acting on it. Newton’s law of motion has two types as follows: