physics 8100 - electromagnetic theory i...physics 8100 - electromagnetic theory i fall 2017 n. dietz...
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![Page 1: Physics 8100 - Electromagnetic Theory I...Physics 8100 - Electromagnetic Theory I Fall 2017 N. Dietz 1 Solutions for HW # 5 (30 points) Physics 8100 - Solutions for HW # 5 Fall 2017](https://reader030.vdocuments.mx/reader030/viewer/2022040401/5e759868fd834432021e7aaf/html5/thumbnails/1.jpg)
Physics 8100 - Electromagnetic Theory I Fall 2017 N. Dietz
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Solutions for HW # 5 (30 points)
![Page 2: Physics 8100 - Electromagnetic Theory I...Physics 8100 - Electromagnetic Theory I Fall 2017 N. Dietz 1 Solutions for HW # 5 (30 points) Physics 8100 - Solutions for HW # 5 Fall 2017](https://reader030.vdocuments.mx/reader030/viewer/2022040401/5e759868fd834432021e7aaf/html5/thumbnails/2.jpg)
Physics 8100 - Solutions for HW # 5 Fall 2017 N. Dietz
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2) Jackson Problem 2.4 (see textbook chapter 2): (40 points)
![Page 3: Physics 8100 - Electromagnetic Theory I...Physics 8100 - Electromagnetic Theory I Fall 2017 N. Dietz 1 Solutions for HW # 5 (30 points) Physics 8100 - Solutions for HW # 5 Fall 2017](https://reader030.vdocuments.mx/reader030/viewer/2022040401/5e759868fd834432021e7aaf/html5/thumbnails/3.jpg)
Physics 8100 - Solutions for HW # 5 Fall 2017 N. Dietz
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3) Using the method of images, (a) find the electric potential inside a grounded sphere due
to a dipole at the center of the sphere, and (b) find the surface charge density on the sphere. (30 points)