You searched for: Heat/Thermodynamics Learning Activities

Supplier: Wards

Brass ball mounted on brass rod for thermal expansion experiments.

Supplier: Shiv Dial Sud & Sons

The Precision Linear Expansion Apparatus produces accurate determinations of the coefficient of expansion.

Supplier: Wards

Bimetallic strips attached to wood blocks to study thermal energy.

Supplier: AMERICAN EDUCATIONAL PROD

Achieve an airtight seal with any bell jar using our economy vacuum plate. The plate measures 24×24 cm, is constructed of polyeythlene and has a rubber pad. The hose connector accommodates 6.4 mm (¼") standard tubing.

Supplier: Wards

Ideal for studying heat and thermodynamics.

Supplier: Montclare

A dramatic visualization of air pressure. This 1000 ml bottle has a balloon attached to its neck and an additional hole in its base fitted with a rubber stopper. You cannot inflate the balloon with the stopper in place, but remove the stopper and the balloon easily inflates. Replace the stopper, fill the bottle with water, remove stopper and Whoosh! – a geyser erupts!

Supplier: American Scientific

Laminated for long use.

Supplier: American Scientific

A hands on visual of converting heat to power.

Supplier: Wards

Bring Some Heat Into the Classroom

Supplier: SILICON VALLEY SCIENCE LABS SE

Versatile Material for Remarkable Results

Supplier: Wards

Various rods to explore thermal conductivity.

Supplier: Wards

Apparatus to study convection of gas.

Supplier: Wards

Ideal for labs to generate heat and pressure for water vapor.

Supplier: Wards

Metal cylinder set for demonstrating density investigation and specific heat experiments.

Supplier: Cochranes of Oxford

A set to demonstrate the rise in temperature when a fixed mass of gas is compressed.

Supplier: Wards

For demonstrating the differential expansion of two metals as shown by the curvature produced when the bar is heated. Each metal band is 200 x 15mm and riveted together.

Supplier: Shiv Dial Sud & Sons

This new conductivity bar set features sensitive liquid crystal temperature indicators, which are attached to the front of each of four metal bars.

Supplier: United Scientific Supplies

Demonstrate how the Second Law of Thermodynamics can create electricity.

Supplier: United Scientific Supplies

High Quality for the Classroom.

Supplier: American Scientific

Ideal for demonstrating that vapor pressure increases when temperature increases.

Supplier: Wards

Employs Guericke’s Method for Demonstrating the Force of Atmospheric Pressure.

Supplier: Wards

Easily Measure Melting Point Up To 250° C

Supplier: Wards

Demonstrate the Force of Air Pressure Without a Vacuum Pump

Supplier: OSAW INDUSTRIAL PRODUCTS SE

This apparatus is used to Verifying the Boyle’s law when air is decompressed and compressed. A horizontally mounted acrylic tube having a graduated scale (0- 300cm3) along one side. A gas tap closes the tube. Pressure gauge is present next to gas tap. By changing the position of rubber stopper, the effective length of the tube can be selected. The scale measures volume and pressure by means of pressure gauze. Boyle’s law is investigated by changing position of the stopper.

Supplier: Wards

This working model thermostat will demonstrate how differential expansion is used to control temperature. A bimetallic strip is used to open or close an electric circuit when temperature changes. The contacts will carry about three amperes. The unit can be operated with a 6 V lantern battery, low voltage power supply, or a blow dryer. Mounted on a metal base; approximately 15 cm high.

Supplier: Koehler

Electrically heated boiler provides instantaneous and reserve steam capacity for steam-jet evaporation tests. Requires only a water feed source and electrical hook-up.

Supplier: Fischer Technical

This nickel coated plate uses a rubber pad to achieve air tight contact with a bell jar. It features a stopcock and center hole with safety screw plug and a rubber gasket.

Supplier: JET RUBBER COMPANY

Demonstrate the force of air pressure without a vacuum pump. The edges of the two 8.5 cm rubber cups are placed together and pressed to expel the air between them. Students discover the difficulty of separating the cups by pulling and tugging on the handles - providing an effective, 'hands-on' demonstration of air pressure.