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Choose an experiment:

Combustion
Titration
Exothermic
Rate of reaction 1
Rate of reaction 2
Rate of reaction 3
Rates - Colorimetry
Amylase
Aquarium
Breathing
Pulse
Fermentation
Lipase & fat
Food energy
Plant growth
Germination
Photosynthesis
Respiration
Insulation
Insulation - cups
Conducting
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Half-life
Pressure / temp
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Battery types
Battery life
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Current - Volt
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Thermistor

 
Heat insulation 
You can use a temperature sensor to study the insulating properties of materials. Two temperature sensors allow you to compare different materials at the same time. In this example two beakers of hot water are differently insulated and allowed to cool. As they do so a cooling curve is plotted.  
What you need







 

 

 

Beakers, clamps to hold the probes, stands, hot water, insulating materials, fabric and aluminium foil, water bath, interface and temperature sensors.

Setting up

Connect temperature sensors to the first two sockets on the interface. Pour equal amounts of hot water into each beaker. Place the beakers in a hot water bath to get them to the same temperature.
Start your sensing software - it should recognise the sensors you attach automatically.
Set up your software to record for 15 minutes. Remove the beakers from the water bath, add the temperature probes and start recording. Wrap one beaker with insulating material.

Questions

How does the graph tell you that the water is getting cooler?
How can you tell which of the beakers is getting cool fastest?

 

Activities in this section adapted from The IT in Science book of Data logging and Control. © IT in Science and may be reproduced as needed for use within your school.

 

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