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An area of magnetic influence around a magnet is called the
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
When an object goes from moving to being still, you can say the _________ energy converted to ____________ energy.
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
The energy of motion is _________ energy.
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
When a permanent magnet is cut into 8 smaller pieces, the pieces
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
Why are the magnetic domains of a paperclip lined up after touching a permanent magnet?
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
This instrument that uses a free-rotating magnetic needle to show direction
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
How are the magnetic domains of a magnet different from the domains of an ordinary piece of metal?
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
To pull something toward each other is to
n a magnet, the domains all point in the same direction; in an ordinary piece of metal, they're all jumbled up.
magnetic field
attract
Because the paperclip has been exposed to a magnetic field.
kinetic
compass
are now 8 permanent magnets, and each magnet has a north pole and a south pole.
kinetic, potential
Check it!