If the electric charge distribution is known, this law can determine the electric field only if the field passes through the surface in a uniform, symmetric fashion as found in a sphere, planar surface, or a cylinder.
If the electric charge distribution is known, this law can determine the electric field only if the field passes through the surface in a uniform, symmetric fashion as found in a sphere, planar surface, or a cylinder. If the electric field is known at all points, the electric charge can be calculated by integrating the electric field to find the flux. The more commonly used integral form is related to the differential form through the divergence. Name this law by a German mathematician that is one of the four Maxwell's equations, which involves placing an imaginary surface around electric charges.
If the electric charge distribution is known, this law can determine the electric field only if the field passes through the surface in a uniform, symmetric fashion as found in a sphere, planar surface, or a cylinder.
{Gauss’s }Law