two circular coils A and B place close to each other if the current in the coil is charged will some current be induced in the coil be give reason
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Answered by
2
Yes Of course
If there is a current flowing through the coil A then it will be induced , the current will be induced in the coil B
This is according to the law of induction given by Great Scientist, Michael Faraday
When their is a relative motion between a coil and another magnet or Coil, if electric current is produced , there will be potencial difference produced in the other coil that will cause the Galvanometer to deflect .
Hence Current will be induced
Hope it helps
If there is a current flowing through the coil A then it will be induced , the current will be induced in the coil B
This is according to the law of induction given by Great Scientist, Michael Faraday
When their is a relative motion between a coil and another magnet or Coil, if electric current is produced , there will be potencial difference produced in the other coil that will cause the Galvanometer to deflect .
Hence Current will be induced
Hope it helps
Answered by
6
Explanation:
Two circular coils A and B are placed close to each other. When the current in coil A is changed, the magnetic field associated with it also changes. As a result, the magnetic field around coil B also changes. This change in magnetic field lines around coil B induces an electric current in it. This is called electromagnetic induction.
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