An m-mass pendulum is connected to a spring with the spring constant k through the massless rope along I as in the picture. x, i k www point y =0 m The spring is then given a deviation of x, so it moves at a speed of x. Assume point y = 0 is parallel to the spring, so that the potential energy of the pendulum negative value. If the pendulum has a deviation of 0, specify: Lagrangian equation of the system
An m-mass pendulum is connected to a spring with the spring constant k through the massless rope along I as in the picture. x, i k www point y =0 m The spring is then given a deviation of x, so it moves at a speed of x. Assume point y = 0 is parallel to the spring, so that the potential energy of the pendulum negative value. If the pendulum has a deviation of 0, specify: Lagrangian equation of the system
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Transcribed Image Text:An m-mass pendulum is connected to a spring with the spring constant k
through the massless rope along I as in the picture.
x, i
wiwww.
k
point y =0
m
The spring is then given a deviation of x, so it moves at a speed of x. Assume point y = 0 is parallel to
the spring, so that the potential energy of the pendulum negative value. If the pendulum has a
deviation of 0, specify:
Lagrangian equation of the system
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