"AP+physics"

The Eddy Current Experiment demonstrates Lenz's Law.

Set of 9 zinc-casted slotted masses with one hanger each of 10 g, total weight of 100 g. For use in physics experiments and demonstrations.

A set of dynamic cart trolleys are used for investigation on momentum, velocity and acceleration. Each trolley consists of two rectangular wooden blocks, 300 mm long, moving on three low friction wheels (ball bearings in wheels). The trolley is fitted with spring loaded impulse rod. It has a provision for stacking the trolleys on top of each other with removable pins. It is supplied with two rubber corks and 2 needles, so trolleys may be stuck together for inelastic collisions. A striking pin for releasing the striker and 3 pins or dowels for stacking are provided. One trolley weight approximately 1 kg.

Maxwell apparatus with flywheel to demonstrate momentum, friction, and oscillation.

Prepare for upcoming competitions with this practice kit, the only kits officially licensed and approved by Science Olympiad!

An excellent set of materials for demonstrating electromagnetism and induced currents, the set includes two electromagnetic coils mounted on plastic saddle blocks, round and square iron cores, split round iron cores, a double core, and a card for showing lines of force. Set of two.

For electrical circuits with low voltages and high currents; copper wire encased in highly flexible PVC; equipped at either end with a laminated safety plug and a fully-insulated axial jack for connecting additional patch cords.

Ideal for general purpose electronic work.

Apparatus demonstrates linear magnetic acceleration along a track using steel balls and neodymium magnets.

Study the effect of wave plates on polarized light

With this apparatus, students compute the value for Planck’s Constant using a LED.

Create Dramatic Electrostatic Effects

Create high-voltage sparks of varying lengths with this classic demonstration apparatus.

Minature sockets for small bulbs.

A Classic Demonstration!

Demonstrate how the frictional force on an object depends on the surface, not mass.