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: Unlike electric field lines, magnetic field lines always form continuous, closed loops; they do not have a starting or ending point.
: Magnetic field lines never cross each other at any point. Licensed by Google Physics of Magnetism
: The lines are closest together at the poles, indicating that the magnetic force is strongest in those regions. : Unlike electric field lines, magnetic field lines
: By convention, magnetic field lines exit from the North Pole and enter through the South Pole . : Unlike electric field lines
A fundamental feature of magnetism is the , which describes the invisible area of influence surrounding a magnet where magnetic forces can be detected. Key Characteristics of Magnetic Fields
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: Unlike electric field lines, magnetic field lines always form continuous, closed loops; they do not have a starting or ending point.
: Magnetic field lines never cross each other at any point. Licensed by Google
: The lines are closest together at the poles, indicating that the magnetic force is strongest in those regions.
: By convention, magnetic field lines exit from the North Pole and enter through the South Pole .
A fundamental feature of magnetism is the , which describes the invisible area of influence surrounding a magnet where magnetic forces can be detected. Key Characteristics of Magnetic Fields