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15 cards from this deck
Shows how factors affect force on current-carrying wire
Direction of magnetic field (north to south pole)
Direction of current
Direction of force felt by the wire
90°90°90° to each other
Direction of the force felt
Conventional current
Opposite direction to electrons
F=BILF = BILF=BIL
Force in newtons (N)
Magnetic flux density in tesla (T)
Current in amperes (A)
Length in metres (m)
Tesla (T)
Number of flux lines per metre squared
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