Heat Addestation Physics Science Kits for Lab Use in Schools & Colleges ATICO Export

Internal processes plain to see:

• Highly responsive temperature sensors combined with MGA software make internal thermal processes visible
• Enables observation of temperature equalisation when hot and cold water interact
• Demonstrates how heat transfer depends on the position of liquids (inside vs outside)

Heat of evaporation:

• Equipment allows investigation of factors affecting evaporation
• Shows that heat of evaporation is the dominant cooling mechanism
• Also considers other modes of heat transfer:
• Conduction
• Convection
• Radiation

The phenomenon of supercooling:

• Enables recording of melting curves of ice and freezing curves of water
• Demonstrates supercooling, where water remains liquid below 0°C
• Water can remain liquid down to approximately -5°C under controlled conditions

Included items:

• 1 × Storage box
• 1 × Inlay with cut-outs for W3
• 2 × Glass vial with balls
• 2 × Temperature sensor
• 1 × Steel cylinder W3
• 1 × Copper cylinder W3
• 1 × Wooden cylinder
• 1 × Plastic cylinder
• 1 × Acrylic glass container
• 1 × Outer lid
• 1 × Inner lid
• 1 × Illuminator 12 V / 20 W
• 1 × Glass plate EN
• 1 × Chemical spoon
• 1 × Syringe 10 ml with lock fitting
• 1 × Freezing set
• 2 × Lid for metal cup
• 1 × Steel plate
• 1 × Metal tube silver-colored
• 1 × Metal tube black
• 1 × Temperature sensor holder
• 2 × Temperature sensor cover
• 1 × Wool sleeve
• 1 × Fan
• 2 × Metal cup blank
• 1 × Metal cup black
• 1 × Glass rod W3
• 2 × Experiment cable 25 cm
• 1 × Plastic container W3
• 1 × Insulation plate
• 1 × Silicone hose W3
• 1 × Test rod with adjustment screw

Experiments:

• Kinetic energy and temperature
• Conduction of heat
• Flow of heat 1
• Flow of heat 2
• Absorption of heat
• Radiation of heat
• Heat insulation
• Heat of evaporation 1
• Heat of evaporation 2
• Freezing curve for water
• Melting curve for ice
• Supercooling
• Main contribution to the cooling process