The Wireless Temperature Sensor is a general-purpose sensor found in many science labs. With a rugged, waterproof design and a long-lasting battery, students can spend more time collecting data and less time dealing with equipment.

The Wireless Temperature Sensor with display is a general-purpose sensor useful in many science labs. With a rugged, water resistant design and rechargeable lithium ion battery, students can get spot reads from the display or auto collect data to a device to study trends.

Student experiment to identify materials using specific heat as measurable characteristic.

Has five different materials, all having approximately the same mass (80g).

Three cans in different colors to quantitatively investigating a full range of heat transfer phenomena.

Control the temperature and observe the radiation rate from four different surfaces.

One block feels cold to the touch while the other block feels slightly warm. Both blocks are at room temperature but have very different thermal conductivities.

The Wireless Pressure Sensor accurately and consistently measures absolute gas pressure.

Experimentally determine the temperature of absolute zero;

Discover the Ideal Gas Law

Students can quantitatively look at the relationships between pressure, temperature and volume.

The complete solution for investigating the Ideal Gas Law, including the special cases of Boyle’s Law and Gay-Lussac’s Law.

Amaze students by igniting a piece of paper without a match. The adiabatic compression caused by quickly pushing down on the piston is enough to ignite tissue paper.

This functioning heat engine can be used to perform quantitative Ideal Gas Law experiments.

Measure the efficiency of a real heat engine and compare it to the efficiency of an ideal heat engine.

Demonstrate the effect of a pressure differential. Easily lift a box or stool by simply placing the rubber sheet on a smooth surface of the object and lifting up on the handle.