a conductor carrying current
2. a) 100 A conductor carrying current (i) lies in the magnetic field (B) at certain position. Derive expression for the force and torque experienced by the conductor. A coil having 300 turns is of axial length of 8 cm and radius 2 cm and is pivoted in a magnetic field of flux density of 1.5 tesla. Obtain the force exerted and torque experienced by the coil if it carries a current of 2.A. (10) Turn over
2. a) 100 A conductor carrying current (i) lies in the magnetic field (B) at certain position. Derive expression for the
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2. a) 100 A conductor carrying current (i) lies in the magnetic field (B) at certain position. Derive expression for the
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