Question: J. Two blocks are attached to one another by a vering and a pulley, and them. The toefficient of friction between the top horizontal surface

 J. Two blocks are attached to one another by a veringand a pulley, and them. The toefficient of friction between the tophorizontal surface and by 160 kg block in # 0.40. Find The

acceleration of the bilocks. Acceleration: 10. Find the string tension in theprevious problem. Tension: 11. Find the acceleration of the blocks in thesystem on the right. Assume that the entire system is frictionless. Acceleration:

J. Two blocks are attached to one another by a vering and a pulley, and them. The toefficient of friction between the top horizontal surface and by 160 kg block in # 0.40. Find The acceleration of the bilocks. Acceleration: 10. Find the string tension in the previous problem. Tension: 11. Find the acceleration of the blocks in the system on the right. Assume that the entire system is frictionless. Acceleration: 25 LON we cos (25 ) (518): 57. 3Nme acceleration of the blocks in the system on the time that the entire system is frictionless. 6kg 58.5 WA Cas(25 ) = 5kg 25 IAN 49 N W1 cos ( 25 ) ( 58 . 8 ) = 53.3 N WIl s in ( 25) ( 59. 8 ) - 24.9 Mwhodies we attached to one another by a string and a pulley, as shown. The meticient of friction between the top horizontal surface and the 16.0 kg block is by :4 40 find the acceleration of the blocks. 6 kg H.=0.4 24kg Find the string tension in the previous

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