hamburger menu
All Coursesall course arrow
adda247
reward-icon
adda247
    arrow
    arrow
    arrow
    What is the formula for calculating the magnitude of the mechanical force experienced by a current-carrying conductor perpendicular to the magnetic fi
    Question

    What is the formula for calculating the magnitude of the mechanical force experienced by a current-carrying conductor perpendicular to the magnetic field, where B = magnetic flux density, I = Current and L = Length of the conductor?

    A.

    F=B²/LI

    B.

    F=B²LI

    C.

    F=BIL

    D.

    F=BI²L

    Correct option is C

    The magnitude of the mechanical force F experienced by a current-carrying conductor placed perpendicular to a magnetic field is given by the formula:
    F=BIL
    Where:
     B is the magnetic flux density,
     I is the current flowing through the conductor,
     L is the length of the conductor.
    Therefore, the correct option is F=BIL

    test-prime-package

    Access ‘SSC JE Electrical’ Mock Tests with

    • 60000+ Mocks and Previous Year Papers
    • Unlimited Re-Attempts
    • Personalised Report Card
    • 500% Refund on Final Selection
    • Largest Community
    students-icon
    383k+ students have already unlocked exclusive benefits with Test Prime!
    test-prime-package

    Access ‘SSC JE Electrical’ Mock Tests with

    • 60000+ Mocks and Previous Year Papers
    • Unlimited Re-Attempts
    • Personalised Report Card
    • 500% Refund on Final Selection
    • Largest Community
    students-icon
    383k+ students have already unlocked exclusive benefits with Test Prime!
    Our Plans
    Monthsup-arrow