Unformatted text preview: perpendicular to the planes. WHat is the potential drop across both planes? hint: this is as trivial as it looks Problem 3: Inﬁnite cylinder Consider an cylinder with radius a and length L . The curved surface and the bottom z = 0 face of the cylinder are kept at potential φ = 0. The top of the cylinder is z = L is kept at φ = V . Compute the potential inside the cylinder. Use the properties of these Bessel function you may need without proof....
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This note was uploaded on 12/29/2011 for the course PHYSICS 606 taught by Professor Bedaque during the Spring '11 term at Maryland.
- Spring '11