Pendulum Swing 1. Problem Statement An object of mass 1 kg hang from a peg by a finc, strong string with a length of 1 meter. If the object is pulled, kceping the string extended, to a height that is even with the peg and then released, what is the maximum velocity attained by object and at what point alqng its path does that occur? Compare the total energy of the object at the moment of release and at its point of maximum velocity.
Pendulum Swing 1. Problem Statement An object of mass 1 kg hang from a peg by a finc, strong string with a length of 1 meter. If the object is pulled, kceping the string extended, to a height that is even with the peg and then released, what is the maximum velocity attained by object and at what point alqng its path does that occur? Compare the total energy of the object at the moment of release and at its point of maximum velocity.
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Transcribed Image Text:Pendulum Swing
1. Problem Statement
An object of mass 1 kg hang from a peg by a fine, strong string with a length of 1
meter. If the object is pulled, keeping the string extended, to a height that is cven
with the peg and then released, what is the maximum velocity attained by object
and at what point alqng its path does that occur? Compare the total energy of the
object at the moment of release and at its point of maximum velocity.
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