Bouguer's formula is an analog of this for gravitational fields. To use it with an infinite line, a cylindrical surface known as its namesake's "pillbox" is formed. For the special case of a point charge, it reduces to Coloumb's law. For more complex geometries, a surface integral of E dot d A is calculated. One of Maxwell's equations, for ten points, name this law that states that the enclosed ch
Bouguer's formula is an analog of this for gravitational fields. To use it with an infinite line, a cylindrical surface known as its namesake's "pillbox" is formed. For the special case of a point charge, it reduces to Coloumb's law. For more complex geometries, a surface integral of E dot d A is calculated. One of Maxwell's equations, for ten points, name this law that states that the enclosed charge divided by the permittivity is equal to the electric flux through a closed surface.
Bouguer's formula is an analog of this for gravitational fields.
{Gauss}’ law for the electric field