The Faraday rotation studies the interaction of light and this in a medium, and it induces a  quantized resistivity in the quantum Hall effect. A rotating one of these is used in a dynamo to  generate electricity, and, according to Gauss's Law, it cannot have monopoles. It generates the  Lorentz force on moving charged part
The Faraday rotation studies the interaction of light and this in a medium, and it induces a  quantized resistivity in the quantum Hall effect. A rotating one of these is used in a dynamo to  generate electricity, and, according to Gauss's Law, it cannot have monopoles. It generates the  Lorentz force on moving charged particles, and it can be calculated with the Biot-Savart Law.  The Earth's one can reverse itself, and the SI unit for it is the tesla. For 10 points, identify this  entity, caused by a moving point charge that is the counterpart of an electric field and has poles.
The Faraday rotation studies the interaction of light and this in a medium, and it induces a  quantized resistivity in the quantum Hall effect.
{magnetic fields} [prompt on “field”, do not accept or prompt on “electric field”]