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Motion in (a) A magnet is moved toward a coil and causing an induced S N current to flow in the coil as in Fig.
Motion in (a) A magnet is moved toward a coil and causing an induced S N current to flow in the coil as in Fig. Determine the polarity of the coil (label where is the N and S poles of the coil) and the direction of the induced current. (b) Draw with your hands an approximation of the magnetic field in the vicinity of the following two separate arrangements (not only in the region between the magnets but also around them please). Don't forget to label the field lines with arrows since B is a vector field. Arrangement I S N S N Arrangement II S N N S (c) A charge of 2x10 C moves with a velocity of 3 x10# m/s making an angle of 30 with a magnetic field of magnitude 0.68 T. What is the magnitude of the Lorentz force exerted on the charge
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