A particle with mass 3 kg is lifted by a smooth rotating arm along a smooth...

 

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A particle with mass 3 kg is lifted by a smooth rotating arm along a smooth path in the vertical plane from position A to B. The path between A and B is a circular ramp with radius 600 mm which is described by the equation r = (1.2 cos 8) m. At position C, the angle is 30 and the arm has constant angular velocity 0.5 rad/s. Neglecting any friction and the size of the particle, find the force of the arm on the particle when the particle is at position C as shown. (Gravity acts downward in the figure.) 6 0.5 rad/sr - 0 B -600 mm- KELLNERICTIONN 600 mm A A particle with mass 3 kg is lifted by a smooth rotating arm along a smooth path in the vertical plane from position A to B. The path between A and B is a circular ramp with radius 600 mm which is described by the equation r = (1.2 cos 8) m. At position C, the angle is 30 and the arm has constant angular velocity 0.5 rad/s. Neglecting any friction and the size of the particle, find the force of the arm on the particle when the particle is at position C as shown. (Gravity acts downward in the figure.) 6 0.5 rad/sr - 0 B -600 mm- KELLNERICTIONN 600 mm A

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The image depicts a problem from physics involving circular motion Here is the information provided in the image A particle with mass m 3 kg is lifted ... View the full answer