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Which of the following best describes the illustration? a. The free-moving protons in the balloon are repelled by the excess protons on the can, and they shift toward the right, away from the can. b. The free-moving protons in the can are repelled by the excess protons on the balloon, and they shift toward the right, away from the balloon. c. The free electrons in the can are repelled by the excess electrons on the balloon, and they shift toward the right, away from the balloon. The free electrons in the balloon are repelled by the excess electrons on the can, and they shift toward the right, away from the can.

Which of the following best describes the illustration? a. The free-moving protons in the balloon are repelled by the excess protons on the can, and they shift toward the right, away from the can. b. The free-moving protons in the can are repelled by the excess protons on the balloon, and they shift toward the right, away from the balloon. c. The free electrons in the can are repelled by the excess electrons on the balloon, and they shift toward the right, away from the balloon. The free electrons in the balloon are repelled by the excess electrons on the can, and they shift toward the right, away from the can.

Principles of Physics: A Calculus-Based Text
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter1: Introduction And Vectors
Section: Chapter Questions
Problem 59P
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Which of the following best describes the illustration?

a. The free-moving protons in the balloon are repelled by the excess protons on the can, and they shift toward the right, away from the can.

b. The free-moving protons in the can are repelled by the excess protons on the balloon, and they shift toward the right, away from the balloon.

c. The free electrons in the can are repelled by the excess electrons on the balloon, and they shift toward the right, away from the balloon.

The free electrons in the balloon are repelled by the excess electrons on the can, and they shift toward the right, away from the can.

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