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Pulley System Physics

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Determine the acceleration of the system if m1_1 = 3 kg and m2_2 = 8 kg and the pulley has no mass. Determine the tension in the rope as well.

Posted by Rick Weaver 9 months ago

Related Problems

An Object with mass m and initial velocity v is brought to rest by a constant force F acting for a time t and through a distance d. Possible expressions for the magnitude of the force F are: i. mv22d\frac{mv^2}{2d} ii. 2mdt2\frac{2md}{t^2} iii. mvt\frac{mv}{t}

ii only

iii only

i and ii only

ii and iii only

i, ii, and iii

A toy car of mass 6 kg moving in a straight path, experiences a net force given by the function F = -3t. At time t=0, the car has a velocity of 4 m/s in the positive direction and is located +8 m from the origin. The car will come instantaneously to rest at time t equal to

2/3 s

sqrt( 4/3 ) s

sqrt( 8/3 ) s

sqrt( 8) s

4 s

Determine the acceleration of the system if m1_1 = 5 kg and m2_2 = 10 kg and m3_3. Determine the tensions T, T1_1 , and T2_2 .

A 3 kg box is pushed on a surface with a force of F = 15 N. The coefficient of static friction, μs\mu_s is 0.3, and the coefficient of kinetic friction, μk\mu_k is 0.1.

A. Does the box move?

B. If it does move, calculate the acceleration of the box.