mg 10 1. The application of a horizontal force Fp results in a block of mass m moving at constant speed up a frictionless incline (making an angle 6
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# />Unfortunately, I've been working on this for hours. PLease let me know if this is able to get solved. Very difficult and would appreciate any help :) ATTACHMENT PREVIEW Download attachment Screenshot_20191014-214533_Snapchat.jpg8888.jpg99999.jpg mg 10 1. The application of a horizontal force Fp results in a block of mass m moving at constant speed up a frictionless incline (making an angle 6 with the horizontal) for a distance As. (a) How much work does the normal force do? (b) How much work does the force Fp do in terms of m, g, 8, and As? (e) Which force lifts the block vertically? FIG. 1. Mass and spring system. 2. A mass (m = 0.8 kg) is pressed down on a vertical spring (k = 100 N/m) until the spring compresses by d = 0.15 m from its non-perturbed length. The block is then released from rest and allowed to ascend. The block is not connected to the end of the spring so it may rise as depicted in the figure. Does the block, in fact, rise above the end of the spring? If so, by how much distance?

1 .- ( a ) The work done by the normal force is: 0 J ( b ) The work... View the full answer

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