which actions are ways to manipulate the magnet and wire loop in order to induce a current? check all that…

which actions are ways to manipulate the magnet and wire loop in order to induce a current? check all that apply. move the magnet forward. move the loop away from the magnet. place the loop right next to the magnet, both stationary. move the loop sideways. move the magnet and loop in the same direction, at the same speed, at the same time. rotate the loop in place.

which actions are ways to manipulate the magnet and wire loop in order to induce a current? check all that apply. move the magnet forward. move the loop away from the magnet. place the loop right next to the magnet, both stationary. move the loop sideways. move the magnet and loop in the same direction, at the same speed, at the same time. rotate the loop in place.

Answer

Explanation:

Step1: Recall Faraday's law

According to Faraday's law of electromagnetic - induction, an electromotive force (emf) and thus a current is induced in a closed - loop when the magnetic flux through the loop changes.

Step2: Analyze each option

Option 1: Move the magnet forward

Moving the magnet forward changes the magnetic field through the wire loop, changing the magnetic flux. So, it can induce a current.

Option 2: Move the loop away from the magnet

Moving the loop away from the magnet changes the distance between the magnet and the loop, which changes the magnetic field strength through the loop and thus the magnetic flux. So, it can induce a current.

Option 3: Place the loop right next to the magnet, both stationary

If both the magnet and the loop are stationary, there is no change in the magnetic flux through the loop. So, no current is induced.

Option 4: Move the loop sideways

Moving the loop sideways changes the orientation of the loop with respect to the magnetic field of the magnet, changing the magnetic flux. So, it can induce a current.

Option 5: Move the magnet and loop in the same direction, at the same speed, at the same time

Since the relative motion between the magnet and the loop is zero, the magnetic flux through the loop does not change. So, no current is induced.

Option 6: Rotate the loop in place

Rotating the loop in place changes the angle between the magnetic field lines and the normal to the loop, which changes the magnetic flux. So, it can induce a current.

Answer:

Move the magnet forward., Move the loop away from the magnet., Move the loop sideways., Rotate the loop in place.