Question

Why is the magnetic field stronger at the edges of a bar magnet

Answer 1

Answer:

⏩There is a higher density of field lines at the edges of the poles, and thus a stronger force on the plate Figure A. Meaning the magnetic field of a bar magnet is strongest at either pole of the magnet. It is equally strong at the north pole compared with the south pole.⏪

Answer 2

This is because of the divergence of the magnetic field of a bar magnet, which is what the core of the electromagnet essentially is. Researching the magnetic field of a bar magnet, I discovered that there is a higher density of field lines at the edges of the poles, and thus a stronger force on the plate.

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Answer 3

This is because of the divergence of the magnetic field of a bar magnet, which is what the core of the electromagnet essentially is. Researching the magnetic field of a bar magnet, I discovered that there is a higher density of field lines at the edges of the poles, and thus a stronger force on the plate.

HOPE IT HELPS

PLEASE MARK ME BRAINLIEST ☺️

Answer 4

This is because of the divergence of the magnetic field of a bar magnet, which is what the core of the electromagnet essentially is. Researching the magnetic field of a bar magnet, I discovered that there is a higher density of field lines at the edges of the poles, and thus a stronger force on the plate.

HOPE IT HELPS

PLEASE MARK ME BRAINLIEST ☺️