2. A block with mass m=1.90 kg is placed on an inclined plane with slope angle a=32.0. The inclined plan has kinetic friction coefficient 0.43. Block 1 is connected to a second hanging block with mass m2=5.50 kg by a light cord hanging over a small, frictionless pulley with negligible mass and no slipping (as shown in the figure). Assume that the mass m2 is falling and thus m, moves up the incline. Draw free-body diagrams for the two blocks, identifying all forces. Using Newton's laws applied to each body, solve for the acceleration of mi up the incline. m1

2. A block with mass m=1.90 kg is placed on an inclined plane with slope angle a=32.0. The inclined plan has kinetic friction coefficient 0.43. Block 1 is connected to a second hanging block with mass m2=5.50 kg by a light cord hanging over a small, frictionless pulley with negligible mass and no slipping (as shown in the figure). Assume that the mass m2 is falling and thus m, moves up the incline. Draw free-body diagrams for the two blocks, identifying all forces. Using Newton's laws applied to each body, solve for the acceleration of mi up the incline. m1

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