1) Attaching the battery provides the source of magnetism that is transferred to the iron nail to induce a magnetic field, causing the nail to become a magnet. 2) Attaching the battery provides a potential difference that causes the protons and electrons to separate and polarize the wire and the iron nail, causing the nail to become a magnet. 3) Attaching the battery provides the source of magnetism that magnetizes the wire leaving the nail and transfers this magnetism to the nail, causing the nail to become a magnet. 4) Attaching the battery provides a potential difference that causes electrons to move in the wire. Moving electrons create both an electric field and a magnetic field, causing the nail to become a magnet.
1) Attaching the battery provides the source of magnetism that is transferred to the iron nail to induce a magnetic field, causing the nail to become a magnet. 2) Attaching the battery provides a potential difference that causes the protons and electrons to separate and polarize the wire and the iron nail, causing the nail to become a magnet. 3) Attaching the battery provides the source of magnetism that magnetizes the wire leaving the nail and transfers this magnetism to the nail, causing the nail to become a magnet. 4) Attaching the battery provides a potential difference that causes electrons to move in the wire. Moving electrons create both an electric field and a magnetic field, causing the nail to become a magnet.
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter22: Magnetic Forces And Magnetic Fields
Section: Chapter Questions
Problem 1OQ
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![1) Attaching the battery provides the source of magnetism that is transferred
to the iron nail to induce a magnetic field, causing the nail to become a
magnet.
2) Attaching the battery provides a potential difference that causes the
protons and electrons to separate and polarize the wire and the iron nail,
causing the nail to become a magnet.
3) Attaching the battery provides the source of magnetism that magnetizes the
wire leaving the nail and transfers this magnetism to the nail, causing the
nail to become a magnet.
4) Attaching the battery provides a potential difference that causes electrons
to move in the wire. Moving electrons create both an electric field and a
magnetic field, causing the nail to become a magnet.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe5229749-4d96-42a4-8abc-267cf593c768%2F045dace2-46a6-4edb-9fe8-f5e8c7776af4%2Faan7n0o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1) Attaching the battery provides the source of magnetism that is transferred
to the iron nail to induce a magnetic field, causing the nail to become a
magnet.
2) Attaching the battery provides a potential difference that causes the
protons and electrons to separate and polarize the wire and the iron nail,
causing the nail to become a magnet.
3) Attaching the battery provides the source of magnetism that magnetizes the
wire leaving the nail and transfers this magnetism to the nail, causing the
nail to become a magnet.
4) Attaching the battery provides a potential difference that causes electrons
to move in the wire. Moving electrons create both an electric field and a
magnetic field, causing the nail to become a magnet.
![When a battery is attached to the apparatus shown, an electromagnet is created.
Which explanation is MOST correct as to why the iron nail will pick up a paperclip?
1) Attaching the battery provides the source of magnetism that is transferred
to the iron nail to induce a magnetic field, causing the nail to become a
magnet](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe5229749-4d96-42a4-8abc-267cf593c768%2F045dace2-46a6-4edb-9fe8-f5e8c7776af4%2F6djvgpx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:When a battery is attached to the apparatus shown, an electromagnet is created.
Which explanation is MOST correct as to why the iron nail will pick up a paperclip?
1) Attaching the battery provides the source of magnetism that is transferred
to the iron nail to induce a magnetic field, causing the nail to become a
magnet
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