22.57 · (a) An insulating sphere with Figure P22.57 radius a has a uniform charge density p. The sphere is not centered at the origin but at i = b. Show that the electric field inside the sphere is given by E = p(7 – b)/3€0. (b) An insulating sphere of radius R has a spherical Charge density e hole of radius a located within its volume and centered a distance b from the center of the sphere, where a < b < R (a cross section of the sphere is shown in Fig. P22.57). The solid part of the sphere has a uniform volume charge density p. Find the magnitude and direction of the electric field É inside the hole, and show that É is uniform over the entire hole. [Hint: Use the principle of superposi- tion and the result of part (a).]
22.57 · (a) An insulating sphere with Figure P22.57 radius a has a uniform charge density p. The sphere is not centered at the origin but at i = b. Show that the electric field inside the sphere is given by E = p(7 – b)/3€0. (b) An insulating sphere of radius R has a spherical Charge density e hole of radius a located within its volume and centered a distance b from the center of the sphere, where a < b < R (a cross section of the sphere is shown in Fig. P22.57). The solid part of the sphere has a uniform volume charge density p. Find the magnitude and direction of the electric field É inside the hole, and show that É is uniform over the entire hole. [Hint: Use the principle of superposi- tion and the result of part (a).]
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 49PQ
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