Question

Let's suppose a loop of wire has a square shape and each side has length S and the current is I. If the loop is in the yz-plane and the center is located at (0,0,0), what is the magnetic field due to the loop of wire at a location x lying on the x-axis? Give its magnitude.

I'm putting the answer below, but I would like to know how to get it. So, please explain your solution carefully and I'll rate it as soon as you post it.
S2 S x 4 277 x

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Answer #1

X 13 = AB LBx=Bs0 X+ 2 Ab X S/2Mashetse fied due t a 6= 4-エ( Sint Sin g) [ formule] Cu weat semet tragt 2 Direction of magnetic field can be found using rigFrom the Tt faure Horizon tal Ceupo heut of Verfil Compoheut of B BSino Since, there are four line segments, so, net magnetic4 (A 2 ナXと 2 S2 By net +x2 4 + 2

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