A) magnetic field in which it is lying
B) number of turns
C) area of the loop
D) current in the loop
Correct Answer: A
Solution :
Magnetic dipole moment of a current is given by \[M=NIA\] where \[N=\]number of turns \[I=\]current in a loop \[A=\] area of the loop From the above relation it is clear that magnetic dipole moment of a current loop is independent of the magnetic field in which it is lying.
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