Classroom Electricity and Magenetism Studies
Invitrogen™ MagniSort™ Magnet
Designed to be used with 12 x 75mm round bottom polystyrene tubes (5mL), and can be used to magnetically separate up to 2 x 108 cells. For detailed instructions, follow the protocols provided with each separation kit.
Eisco™ Magnetic Field Demonstrator
With two transparent plates to demonstrate magnet fields.
Electricity DiscoveryKit™
Excellent introduction to building simple circuits.
Eisco™ Analog Ammeter Gauge
Tabletop microammeter perfect for physics classroom demonstrations or experiments in electricity and electronics laboratories.
Eisco™ Electroscope Kit
For electroscope experiments and other related studies.
United Scientific™ Hand Rule Demonstrator
Engaging visual demonstration of a magnet and an induced current.
Eisco™ Horseshoe Magnet
Designed with keepers.
Eisco™ Adjustable Helmholtz Coils
Adjustable Helmholtz Coils are used to produce a homogeneous magnetic field.
Eisco™ Ring Thrower Kit
This Ring Thrower Kit is perfect for physics experimentation including the study of electromagnetism, Eddy Currents, Lenz Law, and Faraday's Law.
United Scientific™ Steel Horseshoe Magnet
Each individual magnet is ideally suited for classroom demonstrations.
United Scientific™ Miniature DC Motor For Solar Experiments
Ideal for use with green energy demonstrations.
Eisco™ Pair of Chrome Steel Bar Magnets with Keepers
Pair of chrome steel bar magnets with keepers allows students to perform a variety of activities and experiments involving magnetism. The magnet keeper helps preserve the strength of the magnet by completing the magnetic circuit and also prohibits external metal from being attracted to the magnet.
United Scientific™ AC/DC Generator Demonstration Set
An effective hand generator for AC/DC demonstrations.
United Scientific™ Eddy Current Demonstrator
Use this Eddy Current Demonstrator, a simple but effective device, to demonstrate Lenz's Law.
Eisco™ Dry Field Mapping Kit
Makes the learning the concepts of electric fields easy. With the Dry Field Mapping Kit, students use the conductive paper that comes with the kit to draw any electrode configuration and then test it with an included battery.