One application of this law sees errors in it accounted for by the Marder correction, and the "magnetic" form of this law asserts that magnetic monopoles do not exist.
One application of this law sees errors in it accounted for by the Marder correction, and the "magnetic" form of this law asserts that magnetic monopoles do not exist. Unlike that application of this law, a more common application yields a result of charge over a constant, and states that the electric flux through any closed surface is proportional to the electric charge therein. For 10 points, name this one of Maxwell's equations named after a German scientist who also names the normal distribution.
One application of this law sees errors in it accounted for by the Marder correction, and the "magnetic" form of this law asserts that magnetic monopoles do not exist.
{Gauss's} law