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    Mathematical Modelling of a Controlled Cart on a Horizontal Pivoting Beam

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    Use Newtons Law to derive equations of motion for the system. This should be converted into transfer functions for input into MATLAB/SIMULINK.

    The system consists of a motorised trolley on a see-saw (see attached figure). The trolley motor is to be controlled and eventually the trolley must balance the beam. A potentiometer senses the angle of the beam at the centre, and relates this to the required direction of travel for the trolley.

    To re-iterate, full derivation of equations of motion (Newton) and their corresponding transfer functions are needed.

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    https://brainmass.com/physics/torques/modelling-controlled-cart-horizontal-pivoting-beam-3631

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    Hi,

    In your problem, a cart moving to the right moves clockwise to the beam at an angular speed equal to:

    dO/dt = Oo + X*(M*g)*cos(O)*t/I

    Where Oo is the initial angle, X is the position X from center, M is the cart mass, ...

    Solution Summary

    This solution explains in 177 words the various motion equations for a system. Differential equations for angular speed and velocity are provided along with a Simulink model to describe the system. The derivation of equations of motion are given.

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