Sketch the magnetic field lines for a current-carrying circular loop near its centre. Replace the loop by an equivalent magnetic dipole and sketch the magnetic field lines near the centre of the dipole. Identify the difference.
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Explanation:
The distinction between the two configurations is that magnetic field lines pass through the center in the current-carrying loop and are perpendicular to its axis; while magnetic field lines do not pass through the center in the analogous magnetic dipole.
Magnetic dipole :- The boundary of Either through a closed loop is a magnetic dipole of a pair of poles or electricity current, as the source size is Lowered to 0 while retaining a constant Miraculous moment. It's the electric dipole's magnetic equivalent but the comparison isn't great.
The diagram to show magnetic field lines near the centre of the dipole is attached below
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