4. A dielectric sphere located in the origin of a spherical coordinate with a radius of R. The sphere has a P = a,r" (m2 0). Find (a) the volume charge density of the sphere and sphere surface polarization density charge density and (b) electric potential in all regions.
4. A dielectric sphere located in the origin of a spherical coordinate with a radius of R. The sphere has a P = a,r" (m2 0). Find (a) the volume charge density of the sphere and sphere surface polarization density charge density and (b) electric potential in all regions.
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![4. A dielectric sphere located in the origin of a spherical coordinate with a radius of R. The sphere has a
P = a,r" (m2 0). Find (a) the volume charge density of the sphere and sphere surface
polarization density
charge density and (b) electric potential in all regions.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc94f592b-e95d-4a0c-bdf8-7508c83c13b3%2Fa624e1cd-4757-48f3-a10a-0a5d289c9015%2F5q2pfxbh.png&w=3840&q=75)
Transcribed Image Text:4. A dielectric sphere located in the origin of a spherical coordinate with a radius of R. The sphere has a
P = a,r" (m2 0). Find (a) the volume charge density of the sphere and sphere surface
polarization density
charge density and (b) electric potential in all regions.
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