A very long solid cylinder of radius h has a homogeneous volumetric charge distribution p. A second cylinder, very long and of radius H (H > h), has an unknown surface charge distribution, but the total charge of the cylinder of radius H is negative and of such a magnitude that the total catga of the system (formed by both cables) It's void. (View image) Find the electric field in the following three regions; (a) inside the cylinder of radius h, (b) between both cylinders, and (c) outside the cylinder of radius H.
A very long solid cylinder of radius h has a homogeneous volumetric charge distribution p. A second cylinder, very long and of radius H (H > h), has an unknown surface charge distribution, but the total charge of the cylinder of radius H is negative and of such a magnitude that the total catga of the system (formed by both cables) It's void. (View image) Find the electric field in the following three regions; (a) inside the cylinder of radius h, (b) between both cylinders, and (c) outside the cylinder of radius H.
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A very long solid cylinder of radius h has a homogeneous volumetric charge distribution p. A second cylinder, very long and of radius H (H > h), has an unknown surface charge distribution, but the total charge of the cylinder of radius H is negative and of such a magnitude that the total catga of the system (formed by both cables) It's void. (View image)
Find the electric field in the following three regions; (a) inside the cylinder of radius h, (b) between both cylinders, and (c) outside the cylinder of radius H.
Transcribed Image Text:H.
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