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A magnetic field is the magnetic effect of electric currents and magnetic
materials. The magnetic field at any
given point is specified by both a direction and a magnitude (or strength)
Magnetic fields can be produced by moving electric charges and the intrinsic
magnetic moments of elementary
particles associated with a fundamental quantum property, their spin
electric and magnetic fields are two interrelated aspects of a single object,
called the electromagnetic tensor;
the split of this tensor into electric and magnetic fields depends on the relative
velocity of the observer and
charge.
Magnetism:
Magnetism refers to physical phenomena arising from the force between magnets,
objects that produce fields
that attract or repel other objects.
All materials experience magnetism, some more strongly than others. Permanent
magnets, made from materials
such as iron, experience the strongest effects, known as ferromagnetism. This is the
only form of magnetism strong
enough to be felt by people.
Magnetism refers to physical
phenomena arising from the
force between magnets, objects
that produce fields
that attract or repel other
objects.
All materials experience
magnetism, some more
strongly than others.
Permanent magnets, made
from materials
such as iron, experience the
strongest effects, known as
ferromagnetism. This is the only
form of magnetism strong
enough to be felt by people.
A magnetic field is the magnetic
effect of electric currents and
magnetic materials. The magnetic
field at any given point is specified by
both a direction and a magnitude (or
strength)
Magnetic fields can be produced by
moving electric charges and the
intrinsic magnetic moments of
elementary particles associated with
a fundamental quantum property,
their spin electric and magnetic fields
are two interrelated aspects of a
single object, called the
electromagnetic tensor;
the split of this tensor into electric
and magnetic fields depends on the
relative velocity of the observer and
charge.
Magnetism refers to physical
phenomena arising from the force
between magnets, objects that
produce fields
that attract or repel other objects.
All materials experience
magnetism, some more strongly
than others. Permanent magnets,
made from materials
such as iron, experience the
strongest effects, known as
ferromagnetism. This is the only
form of magnetism strong
enough to be felt by people.
A magnetic field is the magnetic effect of electric
currents and magnetic materials. The magnetic field
at any given point is specified by both a direction
and a magnitude (or strength)
Magnetic fields can be produced by moving electric
charges and the intrinsic magnetic moments of
elementary particles associated with a fundamental
quantum property, their spin electric and magnetic
fields are two interrelated aspects of a single
object, called the electromagnetic tensor;
the split of this tensor into electric and magnetic
fields depends on the relative velocity of the
observer and
charge.
A magnetic field is the magnetic effect of
electric currents and magnetic materials. The
magnetic field at any given point is specified
by both a direction and a magnitude (or
strength)
Magnetic fields can be produced by moving
electric charges and the intrinsic magnetic
moments of elementary particles associated
with a fundamental quantum property, their
spin electric and magnetic fields are two
interrelated aspects of a single object, called
the electromagnetic tensor;
the split of this tensor into electric and
magnetic fields depends on the relative
velocity of the observer and
charge.
Magnetism refers to physical
phenomena arising from the
force between magnets,
objects that produce fields
that attract or repel other
objects.
All materials experience
magnetism, some more
strongly than others.
Permanent magnets, made
from materials
such as iron, experience the
strongest effects, known as
ferromagnetism. This is the
only form of magnetism
strong
enough to be felt by people.
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Magentic slime
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