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3. For the pendulum system below: a. Find the equation of motion for the system for large amplitude oscillations. b. Find the two equilibrium
3. For the pendulum system below: a. Find the equation of motion for the system for large amplitude oscillations. b. Find the two equilibrium positions and indicate which is stable and which is not. c. Linearize the equations of motion about each equilibrium, find the solutions, and describe what the motion looks like close to each equilibrium. L disk of mass m
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Lets address the pendulum problem step by step a Find the equation of motion for the system for large amplitude oscillations For a pendulum with large amplitude oscillations we cannot use the small an...
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Algebra and Trigonometry
Authors: Ron Larson
10th edition
9781337514255, 1337271179, 133751425X, 978-1337271172
