Physics 133 Electricity & magnetism

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Presentation transcript:

Physics 133 Electricity & magnetism Magnetic force on a Current-carrying Conductor MARLON FLORES SACEDON

Magnetic force on a Current-Carrying Conductor What makes an electric motor work? Within the motor are conductors that carry currents (that is, whose charges are in motion), as well as magnets that exert forces on the moving charges. Hence there is a magnetic force on each current-carrying conductor, and these forces make the motor turn.

Magnetic force on a Current-Carrying Conductor What makes an electric motor work? Within the motor are conductors that carry currents (that is, whose charges are in motion), as well as magnets that exert forces on the moving charges. Hence there is a magnetic force on each current-carrying conductor, and these forces make the motor turn.

Magnetic force on a Current-Carrying Conductor

Assignment

Assignment

Assignment

Assignment

Answers to odd numbers

eNd