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State Fleming's left-hand rule....

State Fleming's left-hand rule.

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According to Fleming.s Left-Hand Rule, stretch the thumb, forefinger and middle finger to your left hand such that they are mutually perpendicular. If the first finger points in the direction of magnetic field and the second finger in the direction of current, then the thumb will point in the direction of motion or the force acting on the conductor.
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Write Fleming's left hand rule.

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Knowledge Check

  • In Fleming's left-hand rule the thumb indicates the direction of

    A
    magnetic field applied.
    B
    current flown in the conductor.
    C
    induced current
    D
    mechanical force on the conductor.

  • According to Fleming's left hand rule, the forefinger is pointed towards the direction of

    A
    electric current
    B
    magnetic field
    C
    force exerted
    D
    motion of the conductor

  • The Fleming's left hand rule middle finger indicates the direction of

    A
    magnetic field
    B
    electric current
    C
    motion
    D
    momentum

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    Answer question numbers (a)-(d) on the basis of your understanding of the following paragraph and the related studied concepts : The phenomenon of electromagnetic induction is the production of induced current in a coil placed in a region where the magnetic field changes with time. The magnetic field may change due to a relative motion between the coil and a magnet placed near to the coil. If the coil is placed near to a current carrying conductor, the magnetic field may change either due to a change in the current through the conductor or due to the relative motion between the coil and conductor. The direction of the induced current is given by the Fleming's right-hand rule. State Fleming's right-hand rule.

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    Write Flemings left hand rule. Draw a neat labelled diagram to illustrate it .

    Describe the activity that shows that a current-carrying conductor experiences a force perpendicular to its length and the external magnetic field. How does Fleming's left-hand rule help us to find the direction of the force acting on the current carrying conductor?

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