B.4 Uniformly charged rod near a metal surface. An infinite, thin, uniformly charged rod (line charge...

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B.4 Uniformly charged rod near a metal surface. An infinite, thin, uniformly charged rod (line charge density A) is placed parallel to a horizontal grounded metal plate a distance d above it. Point M lies on the plate vertically below the rod. Point P lies on the plate a distance from point M, where line PM is perpendicular to the plane defined by the rod and point M. Use the result obtained in Problem A.4(b) 2 to calculate the electic field at P as a function of r. B.4 Uniformly charged rod near a metal surface. An infinite, thin, uniformly charged rod (line charge density A) is placed parallel to a horizontal grounded metal plate a distance d above it. Point M lies on the plate vertically below the rod. Point P lies on the plate a distance from point M, where line PM is perpendicular to the plane defined by the rod and point M. Use the result obtained in Problem A.4(b) 2 to calculate the electic field at P as a function of r.

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In Problem A4b2 the electric field at a point P above an infinite charged plane was calculated In th... View the full answer