technician a says the current that is induced when the magnetic field of a wire coil collapses after a circuit is opened has a much lower voltage than the voltage in the closed circuit. technician b says any coil of wire in an electrical system can produce hundreds of volts when it is de-energized. who is correct?

Respuesta :

the statements about magnetic coil and electrical system  made by both the tech are true the explanation with regard to magnetic field is given below

The generated magnetic field starts to dissipate when the current in a circuit is turned off. As the field collapses, voltage is produced in that direction, temporarily extending the primary current flow. Induced voltage and current flow stop when the induced magnetic field completely collapses.

Only altering the magnetic field's strength can produce induced current. Changes in the magnetic field's intensity, the size of the wire loop, or the loop's direction can all produce induced current

To learn more about magnetic field:

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