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Application Component Imagine the scenario where the box (mass m) is pulled up an inclined plane (9 degrees) by a rope. Attached to the other end of the rope is an object with mass M. This object hangs over the edge of the incline plane similar to an Atwood machine. The box is accelerated up the incline from rest as the object moves down. Ignore the mass of the rope and pulley. 1. Draw two free-body diagrams, each showing all forces acting on the box and the object.I 2. Using Newton's second law, derive the equations that solve for tension (T) for each free-body diagram. 3. Using the two equations, derive the equation that solves for acceleration. Make sure your equation is in terms of m, M, and 9