Draw conducting rectangular solid of dimensions d; = 5 m, d, = 3 m, and d; = 2 m, which moves with a constant velocity i = (20 m/s)î through a uniform magnetic field, Ē = (30 mT)ĵ . What are the resulting (i) electric field within the solid, in unit-vector notation, and (ii) potential difference across the solid? 2+3

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Draw conducting rectangular solid of dimensions d; = 5 m, d, = 3 m, and d. = 2 m, which
moves with a constant velocity i = (20 m/s)î through a uniform magnetic field, B =
(30 mT)ĵ . What are the resulting (i) electric field within the solid, in unit-vector notation,
and (ii) potential difference across the solid?
%3D
2+3
Transcribed Image Text:Draw conducting rectangular solid of dimensions d; = 5 m, d, = 3 m, and d. = 2 m, which moves with a constant velocity i = (20 m/s)î through a uniform magnetic field, B = (30 mT)ĵ . What are the resulting (i) electric field within the solid, in unit-vector notation, and (ii) potential difference across the solid? %3D 2+3
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