I was told that if an equal amount (same mass, velocity, time interval) of non bouncy and bouncy balls fall on tray i am holding... force to hold up the tray will be 2x as much for bouncy balls, since they bounce back up. Can there be a case where force to hold the tray can be equal for both? like if 2x as many non bouncy balls drop on my tray? math reasoning: p= m(-v)-mv for bouncy balls, so -2mv p=0-mv for non bouncy, so -mv Question: If I hold a tray for bouncy vs. non bouncy (same mass, time interval, velocity) I will use 2x as much force to hold up the tray for the bouncy ball. What if I had 100 non bouncy balls and 50 bouncy balls, will force be equal?
I was told that if an equal amount (same mass, velocity, time interval) of non bouncy and bouncy balls fall on tray i am holding... force to hold up the tray will be 2x as much for bouncy balls, since they bounce back up. Can there be a case where force to hold the tray can be equal for both? like if 2x as many non bouncy balls drop on my tray? math reasoning: p= m(-v)-mv for bouncy balls, so -2mv p=0-mv for non bouncy, so -mv Question: If I hold a tray for bouncy vs. non bouncy (same mass, time interval, velocity) I will use 2x as much force to hold up the tray for the bouncy ball. What if I had 100 non bouncy balls and 50 bouncy balls, will force be equal?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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I was told that if an equal amount (same mass, velocity, time interval) of non bouncy and bouncy balls fall on tray i am holding... force to hold up the tray will be 2x as much for bouncy balls, since they bounce back up. Can there be a case where force to hold the tray can be equal for both? like if 2x as many non bouncy balls drop on my tray?
math reasoning:
p= m(-v)-mv for bouncy balls, so -2mv
p=0-mv for non bouncy, so -mv
Question: If I hold a tray for bouncy vs. non bouncy (same mass, time interval, velocity) I will use 2x as much force to hold up the tray for the bouncy ball.
What if I had 100 non bouncy balls and 50 bouncy balls, will force be equal?
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