Consider a material filling all of three-dimensional space and carrying a radially outward polarization P = Pon = Pox/r
Posted: Fri May 06, 2022 6:12 am
Consider a material filling all of three-dimensional space and carrying a radially outward polarization P = Pon = Pox/r for some constant Po, and suppose that we carve out an empty spherical cavity of radius R > 0 centered at the origin, inside of which P = 0. Find the electric field inside and outside the cavity.
Consider a material filling all of three-dimensional space and carrying a radially outward polarization P = Pon Pox/r for some constant Po, and suppose that we carve out an empty spherical cavity of radius R> 0 centered at the origin, inside of which P = 0. Find the electric field inside and outside the cavity.
Consider a material filling all of three-dimensional space and carrying a radially outward polarization P = Pon Pox/r for some constant Po, and suppose that we carve out an empty spherical cavity of radius R> 0 centered at the origin, inside of which P = 0. Find the electric field inside and outside the cavity.