the electric field at the center 9 of a small hole in a spherical shell equals...
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the electric field at the center 9 of a small hole in a spherical shell equals o/2eo. This happens to be the same as the field due to an infinite flat sheet with the same density o. That is, at the center of the hole at the top of the spherical shell in Fig the field from the shell equals the field from the infinite horizontal sheet shown. (This sheet could actually be located at any height.) Demonstrate this equality by explaining why the rings on the shell and sheet that are associated with the angle and angular width de yield the same field at the top of the shell. 0 I Shell Sheet the electric field at the center 9 of a small hole in a spherical shell equals o/2eo. This happens to be the same as the field due to an infinite flat sheet with the same density o. That is, at the center of the hole at the top of the spherical shell in Fig the field from the shell equals the field from the infinite horizontal sheet shown. (This sheet could actually be located at any height.) Demonstrate this equality by explaining why the rings on the shell and sheet that are associated with the angle and angular width de yield the same field at the top of the shell. 0 I Shell Sheet
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Answer rating: 100% (QA)
The concept illustrated in the provided image relates to the calculation of the electric field at the center of a spherical shell or at the center of a hole on such a shell According to Gausss law the ... View the full answer
Related Book For
Physics
ISBN: 978-0077339685
2nd edition
Authors: Alan Giambattista, Betty Richardson, Robert Richardson
Posted Date:
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