Spring AA m 9 1 m g x A pendulum with two point masse (one at the suspension and one at the end of the massless rod). A

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Spring AA m 9 1 m g x A pendulum with two point masse (one at the suspension and one at the end of the massless rod). A

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Spring Aa M 9 1 M G X A Pendulum With Two Point Masse One At The Suspension And One At The End Of The Massless Rod A 1
Spring Aa M 9 1 M G X A Pendulum With Two Point Masse One At The Suspension And One At The End Of The Massless Rod A 1 (11.87 KiB) Viewed 13 times
Spring Aa M 9 1 M G X A Pendulum With Two Point Masse One At The Suspension And One At The End Of The Massless Rod A 2
Spring Aa M 9 1 M G X A Pendulum With Two Point Masse One At The Suspension And One At The End Of The Massless Rod A 2 (78.39 KiB) Viewed 13 times
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Spring AA m 9 1 m g x
A pendulum with two point masse (one at the suspension and one at the end of the massless rod). At the mass at the suspension is also a spring connected (See drawing). (masses m₁ = m2 = m, rest postion r, spring constant k, deflection angle , lenght of the massless rod 1) 1) Determine the kinetic energy T and the potential energy V as a function of x, x, 4,4 2) Find the point of equilibrium (co, 90) and determine both T and V around this point up to the second order in (x,x, 4, 6) (The term of the form ² should be neglected)
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