"activities&amp"

This advanced ripple tank comes complete with all accessories needed for wave investigations.

Oersted's Apparatus demonstrates the magnetic field created by a current.

Enhance your electroscope with these fine gold leaves.

Show students how light reflects inside an acrylic pipe.

The Bottle Rocket Launcher uses the power of compressed air and water for liftoff.

The rolling friction car kit provides four cars for exploration into the force of friction. Each car provides a set of different material wheels (wood, fabric, soft rubber, soft silicone) with a different coefficient of friction. By setting the cars in motion with equivalent velocities, one can qualitatively demonstrate the frictional properties of rolling without slipping.

Economical set for studying friction.

This extra large electroscope is ideal for classroom demonstrations of electrostatic principles. A lightweight metal vane is used as a pointer in the electroscope. This lightweight metal blade deflects when the electroscope plate is charged. A transparent scale is provided to measure the angle of the deflection. Front glass window slides up to allow insertion of ionizing material in chamber.

To Study the effects of friction using 4 different surface materials on a board.

The Air Core Solenoid is perfect for induced magnetic field studies.

The Current Balance is an excellent tool for studying electric currents.

Demonstrate how polarizing filters affect light.

Classical experiment for studying optics on a budget.

This lamp holder is suitable for miniature base lamps.

Economical switch for circuit experiments