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3.30P) In free space there is a sphere which uniformly polarized with P = P,2 + P./Rf (Po is a constant, R: radius of sphere). Calculate bound charge densities. Determine then interpret the potential and electric field, displacement field inside and outside of the sphere.

3.30P) In free space there is a sphere which uniformly polarized with P = P,2 + P./Rf (Po is a constant, R: radius of sphere). Calculate bound charge densities. Determine then interpret the potential and electric field, displacement field inside and outside of the sphere.

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3.30P) In free space there is a sphere which uniformly polarized with P = P,2 + Po/Rf (Po is a constant, R: radius of sphere). Calculate bound charge densities. Determine then interpret the potential and electric field, displacement field inside and outside of the sphere.
Transcribed Image Text:3.30P) In free space there is a sphere which uniformly polarized with P = P,2 + Po/Rf (Po is a constant, R: radius of sphere). Calculate bound charge densities. Determine then interpret the potential and electric field, displacement field inside and outside of the sphere.
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