Inverter Magnet

• D+35+1

The central magnet of the Inverter is oriented opposite the 6 outer magnets. The resulting combination of fields results in a unique condition where a second magnet becomes locked at a fixed distance of about 6mm away even while moving around the benchtop.

Related Demos

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D+35+0 Wobbly bar: Magnets in frame balanced by repulsive forces. D+35+2 Making a magnet by electromagnetic induction. D+35+4 Making small magnets by breaking up a larger magnet. D+35+6 Barkhausen effect: Magnet and coil with soft iron core. D+35+7 Barkhausen effect model: Many tiny magnets on pivots on OHP. D+35+9 Para and diamagnetic materials in magnetic field with OHP. D+35+10 Para and diamagnetic materials in magnetic field with arc lamp. D+35+12 Linear motor: An iron core jumps into a solenoid. D+35+14 YBaCuO pellet with magnet in liquid nitrogen on TV camera. D+35+15 Mass Driver D+35+16 Mass driver: One of these balls is not like the other D+35+20 Curie temperature