You searched for: Heat/Thermodynamics Learning Activities
Melting gutter
Supplier: CORNELSEN EXPERIMENTA
Circular gutter made of aluminum sheet with insulating handle. Fits U-core 765-1077 and was used, among other things, when demonstrating the principle of induction furnaces.
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Heat radiation
Supplier: CORNELSEN EXPERIMENTA
For experiments with absorption of heat radiation. Consists of a black and a white E-flask and two thermometers (0 to 50 °C).
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Demonstration thermometer
Supplier: MOLLER THERM
Milk glass scale on polished wooden board. Colored liquid filling. Measuring range -10 to +100 ° C, 0 to +80 ° R, +20 to +212 ° F.
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Thermogenerator, peltier element
Supplier: CORNELSEN EXPERIMENTA
72 series-connected semiconductor elements, mounted between two ceramic plates which in turn are attached to heat-conducting metal. If the metals are exposed to different temperatures, a voltage arises, sufficient to drive, for example, a slightly rotating motor. The thermogenerator can also be run in the other direction, ie. a voltage is connected and a temperature difference is obtained across the metal legs.
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Vane wheel for heat/air flow
Supplier: 3B Scientific
Vane wheel device is used for demonstrating air and heat flows generated by a burning candle, water vapour or other heat sources. Made of Aluminium and mountable on a long needle.
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Light energy
Supplier: CORNELSEN EXPERIMENTA
Apparatus for examining the conversion from electrical energy to light and heat energy. Consists of a plastic container, lid with light bulb (6 V / 5 A) in base and a resistor. The container is filled with water and the temperature change is measured. Equipped with connections for 4 mm banana plug.
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Radiometer
Supplier: MOLLER THERM
Radiometer according to Crookés. Consists of a glass container on foot with low air pressure and needle-bearing spinner with four vertical mica discs. The discs are black on one side and shiny on the other. The discs thus absorb radiation differently. The higher temperature of the dark side means that the air molecules get greater kinetic energy in collision with the dark side of the discs than with their shiny side. The result is that the spinner starts to rotate.