"AP+PHYSICS+LAB+9+STATIC+EQUILIBRIUM."

This kit provides an introduction to the fundamentals of electricity.

Photocells with included connecting wires

Metal mini boss head with a 15 mm diameter, providing secure attachment and flexibility for various lab apparatus.

Open design demonstrates how a DC motor works.

Build a rubber-band powered dragster to explore stored energy and motion.

Grooved track launcher for studying energy and horizontal projectile motion.

Four gears of different sizes, perfect for any investigation or maker project.

Demonstrate how an object in motion remains in motion.

Get your larger model rockets in the air with these popular rocket engines.

Comprises an inverted “U” tube with its ends closed by sintered discs. For use in experiments involving the measurement of cell EMF under conditions of forward, zero and reverse current flow. The bridge comprises an inverted “U” tube with its ends closed by sintered discs. This apparatus provides a more effective method of making reversible cells then the wet filter paper or agar gel methods. Dia. of arms 13mm, overall width 80mm, overall height 100mm.

Offer students a lesson in electric circuits, voltage, and resistance while providing an engineering building project.

Parts to learn how a microcontroller works.

Guinea and feather tube apparatus with 6 induction coils connected in series.

Coulombmeter for measuring the flow of current when storing energy in a rechargeable battery.

Teach any child or student the power of solar energy by building a USB solar charger!

The concept of electric fields can be difficult to visualize, but the Dry Field Mapping Kit makes it easy.