Solve for the EOMS for a triple-particle pendulum system. Each mass has mass, m = 4...

  

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Solve for the EOMS for a triple-particle pendulum system. Each mass has mass, m = 4 kg, and each massless string has length, L = 0.4 m. Linearize the system EOM about 0 angular position and velocity. Determine the natural frequencies of the system. Determine the associated eigenvectors for each natural frequency. Solve for the EOMS for a triple-particle pendulum system. Each mass has mass, m = 4 kg, and each massless string has length, L = 0.4 m. Linearize the system EOM about 0 angular position and velocity. Determine the natural frequencies of the system. Determine the associated eigenvectors for each natural frequency.

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To solve for the equations of motion EOMs of the tripleparticle pendulum system we will first write down the Lagrangian for the system and then linear... View the full answer