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ichigo444
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Please explain to me in detail why a gaussian surface within a conductor has an electric field of zero? thanks.
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ichigo444 said:Please explain to me in detail why a gaussian surface within a conductor has an electric field of zero? thanks.
ichigo444 said:Please explain to me in detail why a gaussian surface within a conductor has an electric field of zero? thanks.
A Gaussian surface is an imaginary surface that is used in calculations of electric fields. It is a closed surface that encloses a charge or a group of charges.
A Gaussian surface is used to simplify the calculation of electric fields. By using the Gaussian surface, the electric field at any point on the surface can be calculated using Gauss's law.
The electric field is zero on a Gaussian surface because it is an imaginary surface that encloses a charge or group of charges. According to Gauss's law, the net electric flux through a closed surface is proportional to the enclosed charge. Therefore, if the enclosed charge is zero, the electric field must also be zero.
Yes, a Gaussian surface can be any shape as long as it is a closed surface. This means it can be spherical, cylindrical, or any other shape as long as it completely encloses the charge or group of charges being considered.
To use a Gaussian surface to calculate the electric field, you need to follow these steps: