Maxwell's Second Equation

Introduction to Maxwell's Second Equation

Maxwell's second equation, also known as Gauss's Law for Magnetism, describes how the magnetic flux through a closed surface is always zero. In this formula, B represents the magnetic flux density and dA represents the differential area element. The dot product between B and dA results in the total magnetic flux through the surface, and according to the equation, this total flux is always zero.

Parameter usage:

• fluxDensity= magnetic flux density
• surfaceArea= surface area

Output:

• result= 0

Data validation

The magnetic flux density and surface area should be greater than zero.

Summary

Maxwell's second equation forms a fundamental part of electromagnetism and is essential in understanding the behavior of magnetic fields.