If the test charge is released, it will be repelled and fly past the starting paint. Its gain in KE at this point is to its decréase Ia PE. At any point, a greater amount of test charge means a greater amount of PE. But not a greater amount of PE per amount of charge. The quantities PE (measured in Joules) and PE/charge (measured In volts) are different concepts. By definition: Electric Potentlal = PE/charge. 1 volt = 1 Joule/1 coulomb. • 1V So 1 C of charge with a PEof 1. J,has an electric potential of 1 V. And 2 Cof : charge with a PE of 2 J has an eleçtric potential of _ _v." If a conductor cannected to the terminal of a battery has an electric potential of 12 V, then each coulomb of charge on the conductor has a PE of. J. You do very little work in rubbing a balloon on your hair to charge it. The PE of several thousand billion electrons (about one-millionth coulomb [10*C] ) transferred may be a thousandth of a Joule (10¬J]. Impressively, however, the electric potential of the ballaon is about Why Is contact with a balloon charged to thousands of valts nat as dangerous as contact with household 110 V?
If the test charge is released, it will be repelled and fly past the starting paint. Its gain in KE at this point is to its decréase Ia PE. At any point, a greater amount of test charge means a greater amount of PE. But not a greater amount of PE per amount of charge. The quantities PE (measured in Joules) and PE/charge (measured In volts) are different concepts. By definition: Electric Potentlal = PE/charge. 1 volt = 1 Joule/1 coulomb. • 1V So 1 C of charge with a PEof 1. J,has an electric potential of 1 V. And 2 Cof : charge with a PE of 2 J has an eleçtric potential of _ _v." If a conductor cannected to the terminal of a battery has an electric potential of 12 V, then each coulomb of charge on the conductor has a PE of. J. You do very little work in rubbing a balloon on your hair to charge it. The PE of several thousand billion electrons (about one-millionth coulomb [10*C] ) transferred may be a thousandth of a Joule (10¬J]. Impressively, however, the electric potential of the ballaon is about Why Is contact with a balloon charged to thousands of valts nat as dangerous as contact with household 110 V?
College Physics
11th Edition
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Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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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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![If the test charge is released, it will be repelled and fly past the starting paint. Its gain in KE
at this point is
to its decréase in PE.
At any point, a greater amount of test charge means a greater amount of PE. But not a
greater amount of PE per amount of charge. The quantities PE (measured in Joules) and
PE/charge (measured in volts) are different concepts.
By definition: Electric Potentlal = PE/charge. 1 volt = 1 Joule/1 coulomb.
So 1 C of charge with a PEof 1 J.haş an slectric potential of 1 V. And 2 Cof:
charge with a PE of 2 J has an electric potential of _
%3D
_V.
If a conductor connected to the terminal of a battery has an electric potential óf 12 V, then.
each coulomb of charge on the conductor has a PE of
J.
You do very little work in rubbing a balloon on your hair to charge it.
The PE of several thousand biltion electrons (about one-millionth
coulomb [10*C] ) transferred may be a thousandth of a joule (10-J].
Impressively, however, the electric potential of the balloon is about
VI
Why is contact with a balloon charged to thousands of valts not as dangerous as contact with
household 110 V?
51](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F97bdff14-4d2f-4c65-9d10-5d88522d6f19%2F7ea04cc1-c6cf-42e6-a5c2-2eb8fbc8548e%2F8wijqwj_processed.png&w=3840&q=75)
Transcribed Image Text:If the test charge is released, it will be repelled and fly past the starting paint. Its gain in KE
at this point is
to its decréase in PE.
At any point, a greater amount of test charge means a greater amount of PE. But not a
greater amount of PE per amount of charge. The quantities PE (measured in Joules) and
PE/charge (measured in volts) are different concepts.
By definition: Electric Potentlal = PE/charge. 1 volt = 1 Joule/1 coulomb.
So 1 C of charge with a PEof 1 J.haş an slectric potential of 1 V. And 2 Cof:
charge with a PE of 2 J has an electric potential of _
%3D
_V.
If a conductor connected to the terminal of a battery has an electric potential óf 12 V, then.
each coulomb of charge on the conductor has a PE of
J.
You do very little work in rubbing a balloon on your hair to charge it.
The PE of several thousand biltion electrons (about one-millionth
coulomb [10*C] ) transferred may be a thousandth of a joule (10-J].
Impressively, however, the electric potential of the balloon is about
VI
Why is contact with a balloon charged to thousands of valts not as dangerous as contact with
household 110 V?
51
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