Question
Iron filings and a bar magnet are shown in the image below.
Which of the following best explains the arrangement and position of the iron filings?
A.
the static electricity around the magnet
B.
the gravitational field around the magnet
C.
the electric field around the magnetIron filings and a bar magnet are shown in the image below.
Which of the following best explains the arrangement and position of the iron filings?
A.
the static electricity around the magnet
B.
the gravitational field around the magnet
C.
the electric field around the magnet
D.
the magnetic field around the magnet
D.
the magnetic field around the magnet
Which of the following best explains the arrangement and position of the iron filings?
A.
the static electricity around the magnet
B.
the gravitational field around the magnet
C.
the electric field around the magnetIron filings and a bar magnet are shown in the image below.
Which of the following best explains the arrangement and position of the iron filings?
A.
the static electricity around the magnet
B.
the gravitational field around the magnet
C.
the electric field around the magnet
D.
the magnetic field around the magnet
D.
the magnetic field around the magnet
Answers
There are no human answers yet.
Answered by
GPT-5 mini
D. the magnetic field around the magnet
Iron filings become tiny induced magnets and align along the magnetic field lines of the bar magnet (showing the pattern from one pole toward the other). Static electricity and gravity do not produce the organized line pattern; a bar magnet does not produce an electric field unless charged.
Iron filings become tiny induced magnets and align along the magnetic field lines of the bar magnet (showing the pattern from one pole toward the other). Static electricity and gravity do not produce the organized line pattern; a bar magnet does not produce an electric field unless charged.
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