1. Consider a spherical dielectric shell of inner and outer radii a and b respectively. Assume that the permittivity is eps-eps_0 for 0b
1. Consider a spherical dielectric shell of inner and outer radii a and b respectively. Assume that the permittivity is eps-eps_0 for 0b
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![1. Consider a spherical dielectric shell of inner and outer radii a and b respectively. Assume that the permittivity is eps=eps_0 for 0<r<a, and eps=eps_1 for a<r<b.
If a charge Q is placed at the center of the shell, find
(a) the electric field intensity E for a<r<b
(b) the polarization vector P for a <r< b
(c) the bound volume charge density rho_pv for a<r<b, and the total bound volume charge.
(d) the bound surface charge density rho_ps at r=a, and r=b, and the total bound surface charge.
(e) the electric field intensity E for r<a
(f) the electric field intensity E for r>b](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F29f59935-f8e2-4e98-ad65-f66d9e6651d8%2F2122fd71-4df8-4ae9-95b3-0a4b301a28bf%2Fc3pxqwe_processed.png&w=3840&q=75)
Transcribed Image Text:1. Consider a spherical dielectric shell of inner and outer radii a and b respectively. Assume that the permittivity is eps=eps_0 for 0<r<a, and eps=eps_1 for a<r<b.
If a charge Q is placed at the center of the shell, find
(a) the electric field intensity E for a<r<b
(b) the polarization vector P for a <r< b
(c) the bound volume charge density rho_pv for a<r<b, and the total bound volume charge.
(d) the bound surface charge density rho_ps at r=a, and r=b, and the total bound surface charge.
(e) the electric field intensity E for r<a
(f) the electric field intensity E for r>b
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