Electric Flux Through Hollow Surface: Does εr Matter?

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The electric flux through a hollow surface is influenced by the nature of the surface, specifically its relative permittivity (εr). The electric field from a source displaces charges within the surface, leading to the creation of an induced electric field. This induced field alters the overall electric flux passing through the hollow surface. Understanding this relationship is crucial for accurately analyzing electric flux in various materials. Therefore, the relative permittivity of the surface does matter in determining electric flux.
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Hi.
I want to ask a question that does the electric flux passing through a hollow surface depends on the nature of the surface?That is does it depend on the relative permittivity of the surface εr??

Please clear my confusion thanks .
 
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Yes it does.

The electric field from the source will displace charges across the thickness of the surface. The displaced charges create an "induced electric field" across the thickness, which affects the electric flux through the surface.
 
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