This statement generalized for gravity states that the divergence of a gravitational field equals negative 4 pi times big G times density, a law which reduces to Poisson's equation.
This statement generalized for gravity states that the divergence of a gravitational field equals negative 4 pi times big G times density, a law which reduces to Poisson's equation. Using this law on an infinite plane of uniform charge density involves the construction of a namesake "pillbox", an example of a symmetrical surface. This law, which equates the surface integral of E dot dS with Q over the permittivity of free space, is the first of Maxwell's equations. For 10 points, name this law which states that electric flux through a closed surface is proportional to enclosed charge, named for a German physicist and mathematician.
This statement generalized for gravity states that the divergence of a gravitational field equals negative 4 pi times big G times density, a law which reduces to Poisson's equation.
{Gauss}’s Law [or {Gauss}’s flux theorem]