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This activity (aka "snack") provides instructions for exploring how metal or other good conductors of heat may feel colder to the touch than wood, a poor conductor, even though both materials are at the...
HTML Document: 6 kb
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 6-8 9-12
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This activity (aka "snack") provides instructions for observing the expansion and contraction of a copper tube due to changes in temperature.
HTML Document: 8 kb
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 6-8 9-12
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This activity (aka "snack") provides instructions for making a model of a geyser which heats, erupts, and refills.
HTML Document: 7 kb
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 3-5 6-8
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This activity (aka "snack") provides instructions for making fog appear inside a glass jar
HTML Document: 7 kb
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 3-5 6-8 9-12
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This activity (aka "snack") is a simple way to show convection currents in water. A pencil lead submerged in a container of water is heated by electricity. As the water near the pencil lead is warmed,...
HTML Document: 11 kb
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 6-8 9-12
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This activity (aka "snack") is a simple way to show convection
currents in water. A pencil lead submerged in a container of water is
heated by electricity. As the water near the pencil lead is warmed,...
PDF File: 221 kb
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 6-8 9-12
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In this exhibit, a heater is submerged in a tank of water. Water near the heater is warmed, and it rises due to convection. A light shines through the water, projecting an image of the convection onto...
HTML Document: 2 kb
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 6-8 9-12
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This activity illustrates that with a little practice you can tell when your meat is done with the touch of your finger.
HTML Document: 11 kb
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 6-8 9-12
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This activity provides instructions for comparing the bounciness of different types of balls at room temperature and when they are frozen.
HTML Document: 9 kb
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 3-5 6-8 9-12
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This activity (aka "snack") provides instructions demonstrating the Curie point, the temperature at which a magnet loses its magnetic properties.
HTML Document: 6 kb
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 6-8 9-12
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