Force on Conductor in Magnetic Field Apparatus with U-Magnet and Rails Subcategory_Energy Transfer Low temperature gradient- can withstand

Low temperature gradient- can withstand high temperatures & thermal shocks

Pole gap on this Alnico U-shape concentrates the field strongly enough to drive a Lorentz-force motor demonstration or to anchor a swinging-pendulum eddy-current setup

and nucleus out of the cell body for hands-on organelle identification in cell biology teaching

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The simulator comes with interactive courseware which contains essential theory enhanced with vivid simulations

Force on Conductor in Magnetic Field Apparatus with U-Magnet and Rails Subcategory_Energy Transfer Low temperature gradient- can withstandU magnet and brass rail apparatus that demonstrates the motor effect, letting students observe the force on a current carrying conductor moving through a magnetic field.