1) A small, solid, conducting cylinder with radius a=0.1000 m and excess charge 21 = +50.00 µC/m is centrally located in the middle of a thick, insulating, cylindrical shell. The shell has an inner radius b= 0.2000 m and outer radius c =0.2600 m and excess charge of A2 = -50.00 µC/m. Use Gauss' Law to find: A) the magnitude of E outside the cylindrical shell ( let r 0.3000 m), B) the magnitude of E within the material of the cylindrical shell (let r= 0.2300 m), C) the magnitude of E in between the shell and the cylinder (let r = 0.1500 m) D) the magnitude of E within the metal of the central cylinder (let r 0.0500 m).

1) A small, solid, conducting cylinder with radius a=0.1000 m and excess charge 21 = +50.00 µC/m is centrally located in the middle of a thick, insulating, cylindrical shell. The shell has an inner radius b= 0.2000 m and outer radius c =0.2600 m and excess charge of A2 = -50.00 µC/m. Use Gauss' Law to find: A) the magnitude of E outside the cylindrical shell ( let r 0.3000 m), B) the magnitude of E within the material of the cylindrical shell (let r= 0.2300 m), C) the magnitude of E in between the shell and the cylinder (let r = 0.1500 m) D) the magnitude of E within the metal of the central cylinder (let r 0.0500 m).

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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