Answer:
No, the magnitude of the magnetic field won't change.
Explanation:
The magnetic field produced by a wire with a constant current is circular and its flow is given by the right-hand rule. Since this field is circular with center on the wire the magnitude of the magnetic field around the wire will be given by B = [(\mi_0)*I]/(2\pi*r) where (\mi_0) is a constant, I is the current that goes through the conductor and r is the distance from the wire. If the field sensor will move around the wire with a fixed radius the distance from the wire won't change so the magnitude of the field won't change.
The magnitude of this magnegtic field is not going to change.
No, the magnitude of the magnetic field won't change.
The magnitude of a field that is produced by this wire is a circular one using the right hand flow rule.
The radius of the of the field sensor that is around the wire is fixed so the distance from the to the magnitude would remain the same also.
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