| Direction: Q.11 to Q.15 |
| The emf induced across the ends of a conductor |
| due to its motion in a magnetic field is called motional emf. It is produced due to the magnetic |
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| Lorentz force acting on the free electrons of the conductor. For a circuit shown in figure, if a conductor of length l moves with velocity v in a magnetic field B perpendicular to both its length and the direction of the magnetic field, then all the induced parameters are possible in the circuit. |
| Read the above passage carefully and give the answer of the following questions: |
A) Fleming's left hand rule
B) Fleming's right hand rule
C) Ampere's rule
D) Right hand clasp rule
Correct Answer: B
Solution :
(b) Fleming's right hand rule Direction of current induced in a wire moving in a magnetic field is found by using Fleming's right hand rule.
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