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A wire of length, l = 0.4 m, parallel to the x-axis moves in the x-y plane perpendicular to a B-field, B 0.15 T, with a velocity, V,-0.06 m/s The B-field is parallel to the z-axis and points downward. Determine (a) the induced emf in the wire, (b) the current in the wire if R 0.25 ohm. 6, 7. A charge, q -5uC moves through a uniform B-field, B 0.35 T, with a velocity, v 200 m/s, at right angles to the field. Determine: (a) Fm on the charge; (b) mass of the charge if a 5x 10 m/s. A capacitor, C-0.47 μ, has a gap separation of 0.1 mm and voltage of 1000 volts. Determine: (a) the length of the capacitors side assuming it is a square; (b) the capacitors charge, Q: (c) the energy stored in the capacitors E-field; (d) how much energy could be stored if we added a dielectric constant, k 1000, to the original capacitor. 8. 9. For the following circuit use the loop method to determine the current in each branch. 3 2几 千几 E, sv 6 V 31

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