When B is a flux density in Wb/m2, I is the current in amperes, l is the length in meters, current-carrying conductor in a magnetic field is subjected to a mechanical force (F) (in Newton) is

When B is a flux density in Wb/m2, I is the current in amperes, l is t

1.	When B is a flux density in Wb/m2, I is the current in amperes, l is the length in meters, current-carrying conductor in a magnetic field is subjected to a mechanical force (F) (in Newton) is
A.	\(F = \frac{BI}{l}\)
B.	\(F = \frac{Bl}{I}\)
C.	F = BIl
D.	none of the above
Answer» D. none of the above