Magnetic field strength around a wire is determined by the current flowing through it following the right-hand rule. The wire with the strongest magnetic field has the highest current passing through it. The magnetic field strength increases with an increase in current in the wire.
When current flows through a wire, the magnetic field strength around it is determined by the right-hand rule. The wire with the strongest magnetic field around it would be the one with the highest current flowing through it.
For example, a wire carrying a current of 30 A passing through a magnetic field perpendicular to its path would experience a force, and the strength of this force can be used to calculate the magnetic field strength.
In the given scenario, the wire with a higher current will have a stronger magnetic field around it, based on the relationship between current and magnetic field strength.
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