The total flux over a closed surface enclosing a charge q is
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it's flux should be q/€
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Answer:
The total flux over a closed surface enclosing a charge q is Q/ε₀
Explanation:
- Total flux linked from the charge's closed surface is equivalent to Q/ε₀ in electrostatics. This is in line with Gauss's Law.
- Theoretically, this is verifiable.
- We can readily use Gauss's divergence law since the electrostatic force (Coulomb force) is a central force and there is spherical symmetry.
- At this point, the constant ε₀ automatically appears. This constant's value varies depending on the medium. It can be empirically measured for many media.
- One can measure ε₀ for any liquid, for instance, by using two hollows, and concentrically positioned cylinders. An empirical law is the Coulomb law.
Thus, The total flux over a closed surface enclosing a charge q is Q/ε₀
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