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Determine the effective resistance of a semi-horse shoe structure between its end-to-end faces (A and B) as illustrated in Fig. B.5. Note the three metallic parts shown have different resistivity values a:s indicated. The inner radius of the semicircular part is 'a' cm; the length of the vertical post is L cm and the cross-section of the assembly has a width, w cm and thickness, h cm. Derive the necessary formula used. 2 ohm/mete p W/2 ohm-meter 3 ohm FIG....
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Problem II-B.2: Suppose the semi-horse shoe structure of the geometry illustrated in Fig.II-B.1 above, has the following numerical values for the entities marked: L = 10 cm; a 5 cm; w = 1 cm; h -0.5 cm. Further, ơ,-5x 107 S/m; ơ,-3x 104 S/m; and, ơ3 2x 103 S/m. This metallic structure is used to heat 1 liter of...
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Problem II-B.3 (i) By deriving necessary formulation, determine the force exerted on a beam of electrons -Q) coulomb moving at a velocity v meter/sec in a magnetic field. Assume that this magnetic field is induced by a current-carrying coil kept at a distance of 'a meters from the face of the coil through a ferromagnetic rod as illustrated in...