3-E) Using Newton's Method, select a set of coordinates, draw the complete two-sided free body diagram,...

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3-E) Using Newton's Method, select a set of coordinates, draw the complete two-sided free body diagram, identify any constraint equations, and determine the equations of motion for the adjacent figure in terms of the given coordinate x. Assume there is no slippage between the pulley and the cord. 3-F) Repeat problem 3-E, but solve the equations in terms of the given coordinate 0. Assume there is no slippage between the pulley and the cord. [Note: do not simply change the equation coordinates from problem 3-E. Start the solution from m. J k the FBD's and redevelop the EOM in terms of the new independent coordinate 0.] Pulley Cord 3-E) Using Newton's Method, select a set of coordinates, draw the complete two-sided free body diagram, identify any constraint equations, and determine the equations of motion for the adjacent figure in terms of the given coordinate x. Assume there is no slippage between the pulley and the cord. 3-F) Repeat problem 3-E, but solve the equations in terms of the given coordinate 0. Assume there is no slippage between the pulley and the cord. [Note: do not simply change the equation coordinates from problem 3-E. Start the solution from m. J k the FBD's and redevelop the EOM in terms of the new independent coordinate 0.] Pulley Cord