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2.2 Two objects are connected by a light string that passes over a frictionless pulley, as shown in the figure below. If the incline has a kinetic friction between mass m2 and the table, and if m1 = 2 kg, m2 = 7 kg, and θ = 55∘, draw free-body diagrams of both objects and (a) Derive the equation for acceleration of this motion. Calculate:- (b) the accelerations of the objects, (c) the tension in the string, (2) (d) the speed of each object 4 s after being released from rest. (2) (e) the kinetic energy of the system after 4 s. (4)

2.2 Two objects are connected by a light string that passes over a frictionless pulley, as shown in the figure below. If the incline has a kinetic friction between mass m2 and the table, and if m1 = 2 kg, m2 = 7 kg, and θ = 55∘, draw free-body diagrams of both objects and (a) Derive the equation for acceleration of this motion. Calculate:- (b) the accelerations of the objects, (c) the tension in the string, (2) (d) the speed of each object 4 s after being released from rest. (2) (e) the kinetic energy of the system after 4 s. (4)

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2.2 Two objects are connected by a light string that passes over a frictionless pulley, as shown in the figure below. If the incline has a kinetic friction between mass m 2 and the table, and if m 1 = 2 k g , m 2 = 7 k g , and θ = 55 ∘ , draw free-body diagrams of both objects and (a) Derive the equation for acceleration of this motion. Calculate:- (b) the accelerations of the objects, (c) the tension in the string, (2) (d) the speed of each object 4 s after being released from rest. (2) (e) the kinetic energy of the system after 4 s . (4)

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