How does a solenoid behave like a magnet? Can you determine the north and south poles of a current carrying solenoid with thr help of a bar magnet? Explain?
Answers
Answer:
Explanation:
Long cylindrical coil consisting of a large number of turns of an insulated wire is called a solenoid. When current is passed through a solenoid, it acts as a bar magnet.
Suspend a bar magnet from a support . Bring a current carrying solenoid near the north pole of the bar magnet. Observe if it gets attracted or repelled.
Now, bring the same end of the solenoid near the south pole of the bar magnet. Observe if its gets attracted or repelled.
You, will find one of the poles of the bar magnet attracted, and the other repelled.
Following the rule that opposite pole attract each other, one can identify the poles of the solenoid.
Answer:
Explanation:
Long cylindrical coil consisting of a large number of turns of an insulated wire is called a solenoid. When current is passed through a solenoid, it acts as a bar magnet.
Suspend a bar magnet from a support . Bring a current carrying solenoid near the north pole of the bar magnet. Observe if it gets attracted or repelled.
Now, bring the same end of the solenoid near the south pole of the bar magnet. Observe if its gets attracted or repelled.
You, will find one of the poles of the bar magnet attracted, and the other repelled.
Following the rule that opposite pole attract each other, one can identify the poles of the solenoid
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