An electric dipole, with dipole moment p is placed at the center of a homogeneous dielectric...
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An electric dipole, with dipole moment p is placed at the center of a homogeneous dielectric sphere of radius R and with dielectric constant e. In addition, a surface charge a(e) = 0 cos(0) (4) is glued onto the surface of the dielectric sphere, as shown schematically below: o(0)- (1) Determine the boundary conditions that the electrostatic potential satisfies far away from the sphere, and near the center of the spherical dielectric. (ii) What boundary conditions does the electrostatic potential satisfy at the surface of the dielectric? ii) Using your results from (i) and (ii), determine the electrostatic potential everywhere. An electric dipole, with dipole moment p is placed at the center of a homogeneous dielectric sphere of radius R and with dielectric constant e. In addition, a surface charge a(e) = 0 cos(0) (4) is glued onto the surface of the dielectric sphere, as shown schematically below: o(0)- (1) Determine the boundary conditions that the electrostatic potential satisfies far away from the sphere, and near the center of the spherical dielectric. (ii) What boundary conditions does the electrostatic potential satisfy at the surface of the dielectric? ii) Using your results from (i) and (ii), determine the electrostatic potential everywhere.
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Related Book For
Fundamentals of Physics
ISBN: 978-0471758013
8th Extended edition
Authors: Jearl Walker, Halliday Resnick
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