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A non conducting sphere of radius R has a positive charge which is distributed over its volume with density p=P. where x is the distance from the centre. If dielectric constant of material of sphere is K = 1, the energy stored in the surrounding space is %3D .Find n (9×n)(ɛ,)

A non conducting sphere of radius R has a positive charge which is distributed over its volume with density p=P. where x is the distance from the centre. If dielectric constant of material of sphere is K = 1, the energy stored in the surrounding space is %3D .Find n (9×n)(ɛ,)

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A non conducting sphere of radius R has a positive charge which is distributed over its volume with density p=Po where x is the distance from the centre. If dielectric R constant of material of sphere is K = 1, the energy stored in the surrounding space is .Find n (9×n)(ɛ,)
Transcribed Image Text:A non conducting sphere of radius R has a positive charge which is distributed over its volume with density p=Po where x is the distance from the centre. If dielectric R constant of material of sphere is K = 1, the energy stored in the surrounding space is .Find n (9×n)(ɛ,)
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