Magnetic Field along the Axis of Circular Coil Carrying Current - Amrita University

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A wire carrying a current generates a magnetic field B whose magnitude and direction at each point in space depend on the length and shape of the wire, the current flowing through the wire, and the location of the point at which the field is determined. Magnetic field thus developed is more concentrated in the center of the loop than outside the loop.
if there is a circular coil having n turns, the field produced is n times as large as that produced by a single turn. This is because the current in each circular turn has the same direction, and the field due to each turn then just adds up.

[@dharaneeshratakonda2858]

i have a lab tomorrow it is very useful

[@paingzin4909]

its really useful for all of us!!! thx!!!

[@swatantrayadav7042]

It was well explained.. & I found it good for students..!

[@triprjt7857]

mind blowing.loved every second of it!!

[@taureankartik4]

what is the principle behind it.? pls explain

[@ramendrabahadur2788]

Its the best one and very useful thanks

[@somasundaramrayani3766]

nice job

[@yichizhang795]

very useful, thanks

[@SubhashSrikantam]

it was very useful

[@makerspacexuanvinhtech4374]

Hi, how to calculate the result of this experiment? Thanks.

[@dr.b.gowrisankararaophysic6782]

how to find Current passing through Circular coil

[@OliverJoshuaJacob]

well explained

[@umarajaputra8690]

good one

[@swatantrayadav7042]

It was well explained.. & I found it good for students..!

[@ramendrabahadur2788]

Its the best one and very useful thanks

[@swatantrayadav7042]

It was well explained.. & I found it good for students..!

[@swatantrayadav7042]

It was well explained.. & I found it good for students..!