30. Induction and Inductance
Faraday's Law
30. Induction and Inductance Faraday's Law
15PRACTICE PROBLEM
A copper wire is wrapped around a rod of uniform thickness. The length of the wire has a resistance of 0.500 Ω and produces a coil that has only one complete turn of area 0.0400m2. The turn is then placed in a uniform magnetic field oriented parallel to the axis of the loop and has a magnitude of 6.21 T. Determine the current induced in the loop if the magnetic field increases at a rate of 0.315 T/s.
A copper wire is wrapped around a rod of uniform thickness. The length of the wire has a resistance of 0.500 Ω and produces a coil that has only one complete turn of area 0.0400m2. The turn is then placed in a uniform magnetic field oriented parallel to the axis of the loop and has a magnitude of 6.21 T. Determine the current induced in the loop if the magnetic field increases at a rate of 0.315 T/s.