A simple pendulum with a length of 0.6 m is started in motion with an initial displacement from equilibrium of 0.024 rad and an initial angular velocity of 0.034 rad/s. If the displacement is subsequently described by the function: 0=Acos(wt+p) and gg is 9.81ms 2 what is the value of o in the range -n t0+T?
A simple pendulum with a length of 0.6 m is started in motion with an initial displacement from equilibrium of 0.024 rad and an initial angular velocity of 0.034 rad/s. If the displacement is subsequently described by the function: 0=Acos(wt+p) and gg is 9.81ms 2 what is the value of o in the range -n t0+T?
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
Transcribed Image Text:A simple pendulum with a length of 0.6 m is
started in motion with an initial displacement from
equilibrium of 0.024 rad and an initial angular
velocity of 0.034 rad/s. If the displacement is
subsequently described by the function:
e=Acos(wt+p)
and gg is 9.81ms 2 what is the value of o in the
range -n to+T?
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