What happens to an electric current produced from an electromagnet when the direction of the magnetic field changes?

The direction of the electric current will change with the change in the direction of the magnetic field.

Step-by-step explanation:

Electromagnetic induction is the production of the electromotive force or electromotive voltage across current carrying conductor in a changing magnetic field.

When the direction of the magnetic field changes then the electric current will be induced in the conductor.

Here the direction of the current also changes with the change in the direction of the magnetic field.

( This hold by Left-hand rule or crok-screw rule)

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the transitive property of equality.

step-by-step explanation:

the correct answer is:

the transitive property of equality.

explanation:

we know that  ∠bcd is congruent to  ∠pbc. we also know that  ∠pbc is congruent to  ∠bad.

we can substitute  ∠bad for  ∠pbc in the first angle congruence statement to give us:

∠bcd is congruent to  ∠bad.

algebraically, the transitive property states if a=b and b=c, then a=c. it basically allows us to substitute equal values. since that is what we did, this is the transitive property.

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