14.3.6 A metal cylindrical tube of radius a is split lengthwise into two nontouching halves. The top half is maintained

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14.3.6 A metal cylindrical tube of radius a is split lengthwise into two nontouching halves. The top half is maintained

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14 3 6 A Metal Cylindrical Tube Of Radius A Is Split Lengthwise Into Two Nontouching Halves The Top Half Is Maintained 1
14 3 6 A Metal Cylindrical Tube Of Radius A Is Split Lengthwise Into Two Nontouching Halves The Top Half Is Maintained 1 (27.15 KiB) Viewed 29 times
14.3.6 A metal cylindrical tube of radius a is split lengthwise into two nontouching halves. The top half is maintained at a potential +V, the bottom half at a potential - V (Fig. 14.8). Separate the variables in Laplace's equation and solve for the electrostatic potential for rsa. Observe the resemblance between your solution for r = a and the Fourier series for a square wave.
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