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What must be true in order for magnetism to induce an electric current in a wire? There needs to be a switch in the circuit. There cannot be a switch in the circuit. The wire must be part of a closed circuit. The wire must be part of an open circuit. Mark this and return Save and Exit

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mathjohndough

The correct " The wire must be part of a closed circuit."

The three conditions that must be met in odder to have a current flowing in a wire are : The wire has to be a conductor that is  connected in a closed circuit , and you must have an emf to drive the charges in a certain direction in the wire.  A magnet that provides a changing flux will induce an emf that drives current.  When the magnet produces this emf, a current will only flow though the conducting wire if and only if the wire s part of a closed circuit.

Clearly, the correct answer is " The wire must be part of a closed circuit."

mahima6824soni

The true order for magnetism to induce an electric current in a wire is, the wire must be part of a closed circuit.

The correct option is (C).

What is a circuit?

A circuit in electronics is a pathway that allows an electrical current to flow between two or more places.

There are two ways to induce an electric current in a wire:

  • The magnetic field allows the conductor (coil) to move.
  • The magnet can travel through a wire coil.

Thus, option (C) The wire must be part of a closed circuit is correct.

Learn more about the circuit, here:

https://brainly.com/question/3858652

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