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The induced e.m.f. will be maximum when a conductor cuts the magnetic field at an angle of
- A15°
- B30°
- C45°
- D90°
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CCommunity
The induced emf when a conductor cuts the magnetic field is
$(e = Bil\sin \theta)$
B is magnetic flux density
i is the current flowing through the conductor
l is the length of the conductor
θ is the angle
Induced emf is maximum at θ equals to 90 degrees.
$(e = Bil\sin \theta)$
B is magnetic flux density
i is the current flowing through the conductor
l is the length of the conductor
θ is the angle
Induced emf is maximum at θ equals to 90 degrees.