Which of the following holds valid about Gauss's law: O Ë - dà = qenel/co A. If S is a sphere then Ē is parallel to dÃ. B. The electric field should be due to the enclosed charge only. C. If S is a large sphere enclosing only an electron at the center, displacing this electron slightly off the center will change the flux thru S. D. Even if the total enclosed charge by S is zero, the net electric field at any point on S is not necessarily vanishing. E. If S encloses only an electron, a proton, and lithium ion, then the flux must vanish.
Which of the following holds valid about Gauss's law: O Ë - dà = qenel/co A. If S is a sphere then Ē is parallel to dÃ. B. The electric field should be due to the enclosed charge only. C. If S is a large sphere enclosing only an electron at the center, displacing this electron slightly off the center will change the flux thru S. D. Even if the total enclosed charge by S is zero, the net electric field at any point on S is not necessarily vanishing. E. If S encloses only an electron, a proton, and lithium ion, then the flux must vanish.
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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![Which of the following holds valid about Gauss's law:
O E - dà = qenel/€o
A. If S is a sphere then E is parallel to dÃ.
B. The electric field should be due to the enclosed charge only.
C. If S is a large sphere enclosing only an electron at the center, displacing
this electron slightly off the center will change the flux thru S.
D. Even if the total enclosed charge by S is zero, the net electric field at
any point on S is not necessarily vanishing.
E. If S encloses only an electron, a proton, and lithium ion, then the flux
must vanish.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F946665d1-3c7b-4134-8d12-8846763029d1%2F7a76585a-39fe-4181-a52f-d331f142fa83%2F5fyq5lh_processed.png&w=3840&q=75)
Transcribed Image Text:Which of the following holds valid about Gauss's law:
O E - dà = qenel/€o
A. If S is a sphere then E is parallel to dÃ.
B. The electric field should be due to the enclosed charge only.
C. If S is a large sphere enclosing only an electron at the center, displacing
this electron slightly off the center will change the flux thru S.
D. Even if the total enclosed charge by S is zero, the net electric field at
any point on S is not necessarily vanishing.
E. If S encloses only an electron, a proton, and lithium ion, then the flux
must vanish.
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