In Figure 2, a solid sphere of radius a =0.02 m is located inside a concentric andconducting spherical solid shell of inner radius bsphere has a uniformly distributed charge of q1distributed charge of qshell= 0.04 m and outer radius c = 0.05 m. The solid5 x 10-15 C, while the spherical shell has a uniformly%3D3D -8 х 10-15 С.Find the electric field at a distance r =0.01 m away from the center.Find the electric field at a distance r =0.045 m away from the center.Figure 2.

Here given a solid sphere of radius 0.02 m locate inside a shell of radius 0.04 m and the outer cell…

In Figure 2, a solid sphere of radius a = 0.02 m is located inside a concentric and conducting spherical solid shell of inner radius b = 0.04 m and outer radius c = 0.05 m. The solid sphere has a uniformly distributed charge of q1 = 5 x 10-15 C, while the spherical shell has a uniformly distributed charge of qshell = -8 x 10-15 C. Find the electric field at a distance r = 0.01 m away from the center. Find the electric field at a distance r = 0.045 m away from the center. Figure 2.

In Figure 2, a solid sphere of radius a = 0.02 m is located inside a concentric and conducting spherical solid shell of inner radius b = 0.04 m and outer radius c = 0.05 m. The solid sphere has a uniformly distributed charge of q1 = 5 x 10-15 C, while the spherical shell has a uniformly distributed charge of qshell = -8 x 10-15 C. Find the electric field at a distance r = 0.01 m away from the center. Find the electric field at a distance r = 0.045 m away from the center. Figure 2.

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter25: Gauss’s Law

Section: Chapter Questions

Problem 63PQ

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