Question: A toroid carries a current (I) and has (n) circular windings per unit length measured along the inside edge of the windings. The radius of

A toroid carries a current $I$ and has $n$ circular windings per unit length measured along the inside edge of the windings. The radius of each circular winding is $R_{\text {winding }}$, and the inner radius of the toroid is $R_{\text {toroid. }}$. Derive an expression for the magnetic field magnitude at any location inside the circular windings.

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To derive an expression for the magnetic field magnitude at any location inside the circular windings of a toroid we can utilize Amperes law Amperes l... View full answer

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