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Cyclotron Equation

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The magnetic force is always directed toward the circular path's center.

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The magnetic force is always directed toward the circular path's center.

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The right-hand rule is a hand mnemonic used by physicists to recall the direction of magnetic forces.

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The wire deflects to the right when the current is downward

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The wire deflects to the right when the current is downward

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The wire deflects to the left when the current is upward

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The wire deflects to the left when the current is upward

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The wire remains vertical when no current is present

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The wire remains vertical when no current is present

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Magnetic forces are exerted on a current-carrying wire if a magnetic field exerts a force on a single charged particle as it passes through a magnetic field.

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Magnetic forces are exerted on a current-carrying wire if a magnetic field exerts a force on a single charged particle as it passes through a magnetic field.

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The magnetic force on a current-carrying wire is perpendicular to the wire and the magnetic field with location given by the right hand rule.

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The magnetic force on a current-carrying wire is perpendicular to the wire and the magnetic field with location given by the right hand rule.

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Formula

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Magnetic Force due to the Magnetic Field on Current-Carrying Conductor

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Magnetic Force due to the Magnetic Field on Current-Carrying Conductor

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A magnetic field created by a nearby magnet will exert a force on a current-carrying conductor.

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Magnetic Force due to the Magnetic Field

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Magnetic Force due to the Magnetic Field

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Magnetic fields can only exert a force on a moving electric charge, just as a moving charge generates a magnetic field. With an increase in charge and magnetic field strength, this force increases. Furthermore, when charges have higher velocities, the force is stronger.