The space between the plates of a parallel-plate capacitor is filled with two slabs of dielectric material. Each slab has thickness a/2, so the total distance between the plates a. Slab I has a polarization of P, = k,9, and slab II has polarization of P, = k2y –59. The capacitor has square plates Q1. of side length b and uniform charge density of o. Express your answers in terms of given quantities. a) Find the surface and volume bound charge densities for slab I and slab 2. b) Find total bound charge. c) Find the electric displacement vector D in slab I and slab Slab Slab a/2

The space between the plates of a parallel-plate capacitor is filled with two slabs of dielectric material. Each slab has thickness a/2, so the total distance between the plates a. Slab I has a polarization of P, = k,9, and slab II has polarization of P, = k2y –59. The capacitor has square plates Q1. of side length b and uniform charge density of o. Express your answers in terms of given quantities. a) Find the surface and volume bound charge densities for slab I and slab 2. b) Find total bound charge. c) Find the electric displacement vector D in slab I and slab Slab Slab a/2