"SCIENTIFIC hatch"

Versatile design to launch a variety of rubber band powered gliders.

Accurately measure the acceleration due to gravity through a 150 cm fall.

Mechanical representation of a sine wave signal.

Demonstrate how an object in motion remains in motion.

Demonstrate the transfer of mechanical energy into electrical energy with a simple motion of your hand.

Demonstrate refracrion and internal reflection.

Turn your floor into a robotic coding landscape.

Engage students into designing levers and multiple other structures.

Unique demonstration of the interaction of longitudinal sound waves and transverse light waves.

Illustrate how spectral patterns can be analyzed from a combination of gases.

Compact electric storage for circuits.

Demonstrate electrostatic principles with these easy to build electroscopes.

Investigate the thermal characteristics of three electrical thermometry devices
Explore the features and behavior of a closed loop digital temperature control system

Demonstrate and measure electromotive force.

Small temperature difference create motion in this unique engine.

Thermal expansion of different metals.