Problem 3 The mass "A" starts from rest and slides down the ramp which has a kinetic coefficient of friction
\mu =

0.1
. The mass of "
A
" is 5 slugs. The acceleration of gravity is
32.2f(t)/(s^(2))
. Using Work-Energy methods, find the final velocity of the mass at point
B
. Follow HW Format, state all assumptions, and show all work. Neatness counts!

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Problem 3 The mass &#34;A&#34; starts from rest and slides down the ramp which has a kinetic coefficient of friction  mu = 0.1. The mass of &#34; A &#34; is 5 slugs. The acceleration of gravity is 32.2f(t)/(s^(2)). Using Work-Energy methods, find the final velocity of the mass at point B. Follow HW Format, state all assumptions, and show all work. Neatness counts!  solutionspile.com

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