1. An infinitely long, thin cylindrical shell of radius R is aligned with the z axis and carries a uniform surface charge density o on its surface. (a) Determine the electric field and potential for all points inside and outside the cylinder. (b) Show that the electric field suffers a discontinuity at the shell's surface given by O Ēabove - Ebelow = ĥ €0 whereas the electrostatic potential is continuous across the shell's surface Vabove = Vbelow.

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1. An infinitely long, thin cylindrical shell of radius R is aligned with the z axis and carries a
uniform surface charge density o on its surface.
(a) Determine the electric field and potential for all points inside and outside the cylinder.
(b) Show that the electric field suffers a discontinuity at the shell's surface given by
E above - Ebelow
O
= n
€0
whereas the electrostatic potential is continuous across the shell's surface
Vabove
Vbelow.
Transcribed Image Text:1. An infinitely long, thin cylindrical shell of radius R is aligned with the z axis and carries a uniform surface charge density o on its surface. (a) Determine the electric field and potential for all points inside and outside the cylinder. (b) Show that the electric field suffers a discontinuity at the shell's surface given by E above - Ebelow O = n €0 whereas the electrostatic potential is continuous across the shell's surface Vabove Vbelow.
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