7.17. Concentric conducting spheres are located at r 5 mm and r = 20 mm. The region between the spheres is filled with a perfect dielectric. If the inner sphere is at 100 V and the outer sphere at 0 V: a) Find the location of the 20 V equipotential surface: Solving Laplace's equation gives us
7.17. Concentric conducting spheres are located at r 5 mm and r = 20 mm. The region between the spheres is filled with a perfect dielectric. If the inner sphere is at 100 V and the outer sphere at 0 V: a) Find the location of the 20 V equipotential surface: Solving Laplace's equation gives us
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Transcribed Image Text:7.17. Concentric conducting spheres are located at r = 5 mm and r = 20 mm. The region between the
spheres is filled with a perfect dielectric. If the inner sphere is at 100 V and the outer sphere at 0 V:
a) Find the location of the 20 V equipotential surface: Solving Laplace's equation gives us
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