Its contribution to the Lorentz force is parallel to its direction, and according to Stokes' theorem, it is conservative and curl free.
Its contribution to the Lorentz force is parallel to its direction, and according to Stokes' theorem, it is conservative and curl free. Its intensity in a material is related to the material's permittivity. Dielectric materials become polarized when placed in this type of region, and its strength can be calculated using Coulomb's Law. For 10 points, name this region of space that surrounds a charged object and can generate an electric force on another charged object.
Its contribution to the Lorentz force is parallel to its direction, and according to Stokes' theorem, it is conservative and curl free.
{electric field}