An electrically charged 30 g piece of amber attracts a single cat hair which has a mass of 3.0e-11 g and is electrically neutral. How does the electrical force exerted by the cat hair on the amber compare to the force of the amber on the cat hair? they are nonzero and exactly equal the cat hair exerts a bigger force on the amber than the cat hair exerts on the amber, and both are nonzero the cat hair does not exert any force on the amber since it is neutral the amber exerts a bigger force on the cat hair than the cat hair exerts on the amber, and both forces are nonzero

An electrically charged 30 g piece of amber attracts a single cat hair which has a mass of 3.0e-11 g and is electrically neutral. How does the electrical force exerted by the cat hair on the amber compare to the force of the amber on the cat hair? they are nonzero and exactly equal the cat hair exerts a bigger force on the amber than the cat hair exerts on the amber, and both are nonzero the cat hair does not exert any force on the amber since it is neutral the amber exerts a bigger force on the cat hair than the cat hair exerts on the amber, and both forces are nonzero

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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Question

An electrically charged 30 g piece of amber attracts a single cat hair which has a mass
of 3.0e-11 g and is electrically neutral. How does the electrical force exerted by the
cat hair on the amber compare to the force of the amber on the cat hair?
they are nonzero and exactly equal
the cat hair exerts a bigger force on the amber than the cat hair exerts on the amber, and
both are nonzero
the cat hair does not exert any force on the amber since it is neutral
the amber exerts a bigger force on the cat hair than the cat hair exerts on the amber, and
both forces are nonzero

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