The force acting on the current carrying conductor placed in the magnetic field is given by?
Answer: F=BILsin(θ)
Explanation
This formula is the Lorentz force law
And describes the force experienced by a current-carrying conductor in a magnetic field.
F=BILsin(θ)
F is the force acting on the conductor (in Newtons, N).
B is the magnetic field strength (in Tesla, T).
I is the current flowing through the conductor (in Amperes, A).
L is the length of the conductor that is perpendicular to the magnetic field (in meters, m).
θ is the angle between the current's direction and the magnetic field's direction.
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