Direction of current induced in a wire moving in a magnetic field is found using

Fleming's left hand rule

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Fleming's right hand rule

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Ampere's rule

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Right hand clasp rule

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Solution

The correct option is B Fleming's right hand rule
Direction of current induced in a wire moving in a magnetic field is using Fleming's right hand rule. According to the rule, if we extend the fore finger, middle finger and the thumb of our right hand perpendicular to each other as shown in the figure with the thumb pointing towards the motion of the conductor and the fore finger pointing towards the magnetic field direction, the the middle finger gives us the direction of induced current flowing in the circuit.

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Similar questions

The direction of induced current is obtained by:
(a) Fleming's left hand rule
(b) Clock rule
(c) Right hand thumb rule
(d) Fleming's right hand rule.

List I	List II
(a) Fleming's left hand rule	(e) Direction of induced current
(b) Right hand thumb rule	(f) Magnitude and direction of magnetic induction
(c) Biot-Savart law	(g) Direction of force due to magnetic induction
(d) Fleming's right hand rule	(h) Direction of magnetic lines due to current

State right hand thumb rule which describes the direction of magnetic field around a current carrying wire.

The direction of induced current produced by the change in magnetic flux linked by a coil is obtained by Fleming's ___ -hand rule.

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