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Enter the fascinating world of electricity and magnetism and get ready to use this amazing selection of 3D models to investigate the interplay between electric charges and magnetic fields. These concepts are essential in physics and engineering classes, explaining everything from household electricity to advanced technologies like MRI machines. These resources will allow you to engage students in a whole new way, by connecting these principles to everyday experiences, such as using electronic devices and understanding how magnets work.
Mechanical Electrometer
Orienteering Compass
Analog Ammeter
Photodiode
Battery
Electromagnetic Spectrum
Electromagnetic Induction - Coil and Magnet
Uniform and Radial Electric Field
Electromagnet
Electro Engine ‒ Section
Construction of 1.5V Battery
Electromagnetic Dipole
Electromagnetic Induction
Electrical Resistance
P-N Junction
P-N Junction ‒ Forward Bias
Generator
Electroscope and Motion of Particles
Li-ion battery
Temperature Dependence of the Conductors' Resistivity
Polarizer
Ampère’s Law
Gauss Rifle – Magnetic Accelerator
Electrostatic Pendulum
P-N Junction ‒ Reverse Bias
Electrodynamic Loudspeaker
Magnetic Field of Permanent Magnet
X-ray Production
Resistors in Parallel
Lemon Battery
Electrolysis
Faraday Cage
Fuse
Michelson Experiment – Measurement of the Speed of Light
Impurities in Semiconductor
Transformer
Magnetic Field of Earth
Short Radio Waves
Magnetization by Coil
Extension Cord
Oersted's Experiment
Step Voltage Hazard
Relay
Conductor in Magnetic Field
Lightning and Lightning Protection System
Resistors in Series
Potentiometer
Direct Current Creation
Wimshurst Electrostatic Machine
Construction of Light Bulb
