Question: A variant of the preceding two-dimensional problem is a long hollow conducting cylinder of radius b that is divided into equal quarters, alternate segments being

A variant of the preceding two-dimensional problem is a long hollow conducting cylinder of radius b that is divided into equal quarters, alternate segments being held at potential + V and ? V.

(a) Solve by means of the series solution (2.71) and show that the potential inside the cylinder is

4n+2 ) sin[(4n + 2)o] 2n + 1 4V (, ) TT

(b) Sum the series and show that

n=0

(?) Sketch the field lines and equipotentials.

4n+2 ) sin[(4n + 2)o] 2n + 1 4V (, ) TT n=0

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