When we bring a magnetic needle near a current carrying conductor it gets deflected. This deflection is an example of:

Chemical effect of electric current

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Heating effect of electric current

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Magnetic effect of electric current

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Independence from electric current

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Solution

The correct option is C
Magnetic effect of electric current

A magnetic needle shows deflection when a magnet is brought near it. This shows the magnetic effect of electric current.

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Similar questions

When we bring a magnetic needle near a current carrying conductor it gets deflected. This deflection is an example of:

Q. Why does a magnetic needle gets deflected when brought near a current carrying?

The deflection of the needle of a compass when it is placed near a current carrying wire is an example of magnetic effect of electric current.

A magnetic needle which is kept near a conductor gets deflected when current is passed through the conductor.

Electricity and magnetism are said to be inter-related to each other. A current carrying conductor has a magnetic field around it. So, when a compass is brought near to it, we can observe a deflection in the compass. Similarly, a battery is the source of the electric current. What will be the deflection, when we bring a compass near a 3 V cell (battery)?

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When we bring a magnetic needle near a current carrying conductor it gets deflected. This deflection is an example of:

The correct option is C Magnetic effect of electric current A magnetic needle shows deflection when a magnet is brought near it. This shows the magnetic effect of electric current.

The correct option is C
Magnetic effect of electric current

A magnetic needle shows deflection when a magnet is brought near it. This shows the magnetic effect of electric current.