A 60-degree tilt to the loop is one scenario to consider. Consequently, the magnetic flux is 7.08104 Wb 7.08 10 4 W b.
As magnet 2 is repositioned away from the solenoid, does an induced current occur?
No, there won't be any induced flux or change in flux, and consequently no resultant current, because the solenoid loop's area vector is parallel to the magnetic field.
How can the direction of induced current in a solenoid be determined?
In the event that the thumb and forefinger are pointing in the directions of the conductor's velocity and magnetic field, respectively, the center finger will point in the direction of induced current in the conductor.
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