Question

1) A long thin rod is placed along the axis of a long cylindrical shell of radiuses of R. If the linear charge density of the thin rod is $\lambda$ > 0 and the surface charge density of the cylinder is $\sigma$ > 0. Find the electric filed for inside and outside the cylinder.

Name: 1) A long thin rod is placed along the axis of a long cylindrical shell of radiuses of R. If the linear charge density of the thin rod is λ > 0 and the surface charge density of the cylinder is σ > 0. Find the electric filed for inside and outside the cylinder.
Uploaded: 2021-09-18T23:00:35-08:00
Duration: 6 min 21 s
Channel: Rajesh Kumar
Description: 1) A long thin rod is placed along the axis of a long cylindrical shell of radiuses of R. If the linear charge density of the thin rod is λ > 0 and the surface charge density of the cylinder is σ > 0. Find the electric filed for inside and outside the cylinder.

          1) A long thin rod is placed along the axis of a long cylindrical shell of radiuses of R. If the linear charge density of the thin rod is $\lambda$ > 0 and the surface charge density of the cylinder is $\sigma$ > 0. Find the electric filed for inside and outside the cylinder.

1) A long thin rod is placed along the axis of a long cylindrical shell of radiuses of R. If the linear charge density of the thin rod is λ > 0 and the surface charge density of the cylinder is σ > 0. Find the electric filed for inside and outside the cylinder.

Added by Angela C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Rajesh Kumar

09/18/2021

Step 1

Draw the electric field lines inside the cylinder. Show more…

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A long thin rod is placed along the axis of a long cylindrical shell of radius R. If the linear charge density of the thin rod is Î» and the surface charge density of the cylinder is Ïƒ, find the electric field inside and outside the cylinder. Fig. 1: Problem 1