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
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]