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[" 18.A "2" kg object is slid along a ro...

[" 18.A "2" kg object is slid along a rough floor (coefficient of sliding friction "=0.3" ) with initial velocity "],[(10m/s)hat i" .Describe the motion of the object relative to car assuming that the coefficient of static "],[" friction is greater than "0.5.]

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A 2 kg object is slide along a rough floor (coefficient of sliding friction = 0.3) with initial volocity (10 m//s) hat i . Describe the motion of the object relation to car assuming that the coefficient of static friction is greater than 0.5 .

A 2 kg object is slide along a rough floor (coefficient of sliding friction = 0.3) with initial volocity (10 m//s) hat i . Describe the motion of the object relation to car assuming that the coefficient of static friction is greater than 0.5 .

A 2 kg object is sliding along the frictionless floor with initial velocity (10 m//s) hat i (a) Describe the motion of the object relation to car (b) when does the object reach its original position relative to the box car.

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A body is moving along a rough horizontal surface with an initial velocity 6m/s m If the body comes to rest after travelling 9 m , then the coefficient of sliding friction will be

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An object of mass 5 kg is initially at rest on the surface. The surface has coefficient kinetic friction mu_s = 0.6. What initial velocity must be given to the object so that it travels 10 m before coming to rest?