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If we turned the pendulum arm around there is a rubber pad that would allow us to approximate a perfectly elastic collision. If the same steel ball was fired at the same initial speed towards the rubber pad side of the pendulum arm as is question 2, the angular velocity of the pendulum arm immediately following the collision would be: O greater than w smaller than w

If we turned the pendulum arm around there is a rubber pad that would allow us to approximate a perfectly elastic collision. If the same steel ball was fired at the same initial speed towards the rubber pad side of the pendulum arm as is question 2, the angular velocity of the pendulum arm immediately following the collision would be: O greater than w smaller than w

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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If we turned the pendulum arm around there is a rubber pad that would allow us to approximate a perfectly elastic collision. If the same steel ball was fired at the same initial speed towards the rubber pad side of the pendulum arm as is question 2, the angular velocity of the pendulum arm immediately following the collision would be: O greater than w O smaller than w
Transcribed Image Text:If we turned the pendulum arm around there is a rubber pad that would allow us to approximate a perfectly elastic collision. If the same steel ball was fired at the same initial speed towards the rubber pad side of the pendulum arm as is question 2, the angular velocity of the pendulum arm immediately following the collision would be: O greater than w O smaller than w
In this lab we will investigate a perfectly inelastic collision between a ball and a pendulum catcher. In such a collision, if the final angular speed of the pendulum arm immediately following the collision is w, in terms of w, what will be the final angular speed of the ball immediately following the collision? O 2w O it will not have an angular speed O -w 3/2
Transcribed Image Text:In this lab we will investigate a perfectly inelastic collision between a ball and a pendulum catcher. In such a collision, if the final angular speed of the pendulum arm immediately following the collision is w, in terms of w, what will be the final angular speed of the ball immediately following the collision? O 2w O it will not have an angular speed O -w 3/2
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