A marble , mass 150g, is fired from a toy spring gun into a lump of clay that rests on the edge of a 2.00m high counter top. The speed of the marble is 25.0m/s and the mass of the clay is 0.350kg the collision that follows is perfectly inelasticWhat is the speed of the clay with the marble in it as they zoom together off the counter top?Use energy conservation to find their speed as they land together on the floor beneath the counter (just before they are brought to a stop)

Given data: The mass of the marble is m1=150 g. The clay lump is situated at height is h=2.00 m.…

Answered: A marble , mass 150g, is fired from a…

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter11: Collisions

Section: Chapter Questions

Problem 80PQ

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A marble , mass 150g, is fired from a toy spring gun into a lump of clay that rests on the edge of a 2.00m high counter top. The speed of the marble is 25.0m/s and the mass of the clay is 0.350kg the collision that follows is perfectly inelastic

What is the speed of the clay with the marble in it as they zoom together off the counter top?
Use energy conservation to find their speed as they land together on the floor beneath the counter (just before they are brought to a stop)

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