Question

Write the conclusions of Oersted's experiment to show magnetic effect of current​

Answer 1

Answer:

Explanation:

1. When an electric current is passed through a conducting wire, then the magnetic field is produced around it.

2. When the magnitude of electric current is increased, then the magnitude of magnetic field is also increased.

3. The strength of the established magnetic field due to current carrying conductor depends upon the position of observation point from the wire. Relatively stronger magnetic field is produced near the wire while on increasing the distance of observation point from the wire, the magnetic field intensity goes on decreasing.

4. If the direction of current passing through the wire is from south to north, the north pole of the magnetic field is deflected towards the west. If the direction of current is flowing from north to south, the north pole of the magnetic needle is deflected towards the east. So on changing the direction of the current in the wire, then the direction of magnetic field is also changed.

5. The direction of magnetic field above and below the conducting wire is always opposite. In the coming discussion we would explain magnetic field. This is dependent on position and time both.

Answer 2

Answer:

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Explanation:

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