Q 3 A pendulum consists of a mass m suspended by a massless spring with un-extended length b and spring constant k. The point of support of the pendulum is moving horizontally with acceleration a. Find the pendulum's equation of motion for variable l by using a the Lagrangian dynamics. Suppose that the spring remains straight and extends only along its length, l is the instantaneous length. m eeeeeeeeee

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Q 3
A pendulum consists of a mass m suspended by a
a
massless spring with un-extended length b and spring
constant k. The point of support of the pendulum is
moving horizontally with acceleration a. Find the
pendulum's equation of motion for variable l by using
the Lagrangian dynamics. Suppose that the spring
remains straight and extends only along its length, l is
the instantaneous length.
m
eeeeeeeel
Transcribed Image Text:Q 3 A pendulum consists of a mass m suspended by a a massless spring with un-extended length b and spring constant k. The point of support of the pendulum is moving horizontally with acceleration a. Find the pendulum's equation of motion for variable l by using the Lagrangian dynamics. Suppose that the spring remains straight and extends only along its length, l is the instantaneous length. m eeeeeeeel
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