Consider a point charge Q sitting at the center of a spherical, linear dielectric shell with a permittivity of ϵ, and an inner radius a and outer radius b. Where the polarization P = Q/(4*pi*r^2) (1-(e_0/e)) r-hat. part a) Find the the bound volume charge densities in the dielectric as well as thebound surface charge densities at the two surfaces (r = a and r = b). part b) What is the energy of this configuration?
Consider a point charge Q sitting at the center of a spherical, linear dielectric shell with a permittivity of ϵ, and an inner radius a and outer radius b. Where the polarization P = Q/(4*pi*r^2) (1-(e_0/e)) r-hat. part a) Find the the bound volume charge densities in the dielectric as well as thebound surface charge densities at the two surfaces (r = a and r = b). part b) What is the energy of this configuration?
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Consider a point charge Q sitting at the center of a spherical, linear dielectric shell with a permittivity of ϵ, and an inner radius a and outer radius b. Where the polarization P = Q/(4*pi*r^2) (1-(e_0/e)) r-hat.
part a) Find the the bound volume charge densities in the dielectric as well as the
bound surface charge densities at the two surfaces (r = a and r = b).
part b) What is the energy of this configuration?
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