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im A rope at an angle θ with the horizontal is pulled with a force UF. It pulls, in turn, two blocks, the bottom with mass M and the top with mass m. The coefficients of friction are p, between the top and bottom block (assume that they do not slide for the given force ) and pu between the bottom block and the table. Remember to show (and possibly evaluate) all forces acting on both blocks, including internal forces between the blocks. a) Draw a free body diagram for each mass shown, that is, draw in and label all real forces acting on it; b) Apply Newtons Second Law in appropriate coordinates to each mass shown; c) Solve for the acceleration(s) of each mass shown and evaluate all unknown forces (such as a normal force or the tension in a string) in terms of the given quantities. Dont forget that the acceleration is a vector and must be given as a magnitude and a direction (for example, along the plane to the right is ok) or in vector components.
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