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Magnetic Field Due to Circular Current Carrying Conductor

The ratio of ...

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The ratio of the magnetic field at the centre of a current carrying circular wire and the magnetic field at the centre of a square coil, made from the same length of wire will be

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Q. The ratio of the magnetic field at the centre of a current carrying circular wire and the magnetic field at the centre of a square coil made from the same length of wire will be.

Q. The ratio of the magnetic field at the centre of a circular loop to the magnetic field at the centre of the square loop, which is made by a constant length current carrying wire is:

Q. A coil of one loop is made from a wire of length L and there after a coil of two loops is made from same wire, then the ratio of magnetic field at the centre of coils will be

Q. A wire in the shape of a square frame carries a current

I

and produces a magnetic field

B_{s}

, at its centre. Now the wire is bent in the shape of a circle and carries the same current. If

B_{c}

is the magnetic field produced at the centre of the circular coil, then

B_{s} / B_{c}

Q. Magnetic field produced at the centre of a current carrying circular wire is:

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Magnetic Field Due to Circular Current Carrying Conductor

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