A marble is placed at the top of the tube shown in the figure. The marble shoots out from the tube and lands at a distance. Express x as a function of h and h1. Discuss how the marble’s exiting speed (from the tube) would be affected if the entire contraption shown in the figure were raised by h2 while h was kept constant. Show work.
A marble is placed at the top of the tube shown in the figure. The marble shoots out from the tube and lands at a distance. Express x as a function of h and h1. Discuss how the marble’s exiting speed (from the tube) would be affected if the entire contraption shown in the figure were raised by h2 while h was kept constant. Show work.
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A marble is placed at the top of the tube shown in the figure. The marble shoots out from the tube and lands at a distance.
Express x as a function of h and h1.
Discuss how the marble’s exiting speed (from the tube) would be affected if the entire contraption shown in the figure were raised by h2 while h was kept constant. Show work.
![h](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F562b9392-958a-4fcf-bf11-a82768d4f268%2F3338ceb1-0f6a-4e29-8c3c-6aabbd1f3820%2F0o2eb4o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:h
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