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Unformatted text preview: the lecture notes, and its application to the problem shown in Fig. 2.10. Complete the problems solution by calculating the distribution of the surface charge of the conducting semi-planes. Can you calculate the mutual capacitance of the planes (per unit length)? Problem O.5 . Calculate the potential energy of a point charge placed in the center of a spherical cavity which was cut inside a grounded conductor. Problem O.6 . A conducting plane located at z = 0 is separated into two parts with a very narrow, straight cut along axis y , and voltage V is fixed between the resulting half-planes, as shown in Fig. below. Use the Greens function method to find the distribution of the electrostatic potential in all the space, and the electric field on the symmetry plane ( x = 0). Looking at the result, could be the problem solved in a simpler way? d x z 2 / V 2 / V...
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This note was uploaded on 09/10/2011 for the course PHY 505 taught by Professor Stephens,p during the Fall '08 term at SUNY Stony Brook.
- Fall '08