QUESTION #2 - What happens when the balloon is rubbed against the sweater? QUESTION #3 - After rubbing, move the balloon away from the sweater and 'hold’ it there. Are the sweater and balloon electrically charged? If so, how are they charged (+ or -), and how do you know? QUESTION #4 - Now 'release' the balloon, describe what happens, and explain why.
QUESTION #2 - What happens when the balloon is rubbed against the sweater? QUESTION #3 - After rubbing, move the balloon away from the sweater and 'hold’ it there. Are the sweater and balloon electrically charged? If so, how are they charged (+ or -), and how do you know? QUESTION #4 - Now 'release' the balloon, describe what happens, and explain why.
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
Chapter19: Electric Forces And Electric Fields
Section: Chapter Questions
Problem 10CQ
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Question
I have a few questions here and don't quite understand it.
It's Questions 2-4.
Thanks.
Expert Solution
Step 1
2)
From the simulation, it is observed that when the balloon is rubbed against the sweater the negatively charged electrons of the sweater are moved to that part of the balloon which is rubbed with the sweater.
3)
From the simulation, it is observed that when the balloon is moved away from the sweater after rubbing with it, the balloon and sweater get electrically charged.
The balloon acquires a negative charge as it has excess electrons on it. While the sweater acquires a positive charge as it has loosed its electrons.
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