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What is the net flux or circulation integral through a closed surface in 'Kinetic Theory'?

medium MCQ Class 11 · Physics · Kinetic Theory
  1. It is proportional to the total enclosed source magnitude divided by permittivity/permeability
  2. It is always infinite regardless of boundary conditions
  3. It depends entirely on the outer geometric shape of the surface
  4. It is always negative
Answer
It is proportional to the total enclosed source magnitude divided by permittivity/permeability

The correct answer is It is proportional to the total enclosed source magnitude divided by permittivity/permeability — The shape of the closed Gaussian surface does not affect the net enclosed flux.

Step-by-step solution

  1. Gauss's Law relates boundary flux to the total enclosed charge .
  2. The shape of the closed Gaussian surface does not affect the net enclosed flux.

Concept tested: Gauss's Theorem & Boundary Integrals

Published · How this solution was prepared and checked

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