Consider the pendulum and spring system of Figure 1. Here the mass of the pendulum rod...
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Consider the pendulum and spring system of Figure 1. Here the mass of the pendulum rod is negligible. Drive the equation of motion using the Lagrange's formulation. Them linearize the system for small angles and determine the natural frequency. The length of the pendulum is L, the tip mass is M, and the spring stiffness is K. g 0/ m k Figure 1A simple pendulum connected to a spring Consider the pendulum and spring system of Figure 1. Here the mass of the pendulum rod is negligible. Drive the equation of motion using the Lagrange's formulation. Them linearize the system for small angles and determine the natural frequency. The length of the pendulum is L, the tip mass is M, and the spring stiffness is K. g 0/ m k Figure 1A simple pendulum connected to a spring
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