1) A pendulum which is shown in the figure below is released from angle 60°. The mass of the object A is 30kg and the mass of the object B is 10kg. Find the ratio of the tension Ti in the massless rod before the completely elastic collision to the tension T2 just after the collision. T /T2=? A B
1) A pendulum which is shown in the figure below is released from angle 60°. The mass of the object A is 30kg and the mass of the object B is 10kg. Find the ratio of the tension Ti in the massless rod before the completely elastic collision to the tension T2 just after the collision. T /T2=? A B
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![1) A pendulum which is shown in the figure below is released from angle 60°.
The mass of the object A is 30kg and the mass of the object B is 10kg. Find the
ratio of the tension Ti in the massless rod before the completely elastic collision
to the tension T2 just after the collision. T /T2=?
A
B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5b5c27d4-e1be-40a6-96b1-54faeab744dc%2F289755e3-69e3-4d4a-a3be-da3681e3e95c%2Fqd1nafl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1) A pendulum which is shown in the figure below is released from angle 60°.
The mass of the object A is 30kg and the mass of the object B is 10kg. Find the
ratio of the tension Ti in the massless rod before the completely elastic collision
to the tension T2 just after the collision. T /T2=?
A
B
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