Duration | Views/day |
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Sodium Acetate Sculptures (Hot Ice) |
This experiment demonstrates instant crystallization in a supersaturated solution of Sodium Acetate and water. A second demonstration shows how to make ice sculptures (or pillars) with Sodium Acetate. |
2:25 | 8770 | 6.65 |
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Laminar Flow |
Video showing Laminar Flow and demonstrating fluid flowing in layers. The flow is "smooth" in contrast to turbulent flow which is "chaotic" . |
2:20 | 550 | 5.84 |
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Tablet added to spherical water drop in microgravity |
An experiment aboard to the International Space Station: Alka-Seltzer added to spherical water drop in microgravity. |
4:44 | 319 | 5.80 |
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Protein synthesis: an epic on the cellular level |
Directed in 1971 by Robert Alan Weiss for the Department of Chemistry of Stanford University, this short film continues to be shown in biology class today. |
13:23 | 359 | 5.65 |
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Non-Newtonian liquid - hole that does not disappear |
A mixture of cornstarch or potato flour and water in a ratio between 2:1 and 3:2. |
2:44 | 1427 | 5.51 |
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Photosynthesis |
This animation shows the process of photosynthesis. Energy from light is absorbed by chlorophyll, exciting electrons which then pass through an electron transport chain. |
5:04 | 529 | 5.25 |
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Supercooled Beer |
Similar to the demonstration of Supercooled Water, but this time with beer. |
0:50 | 1335 | 5.16 |
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Supercooled Water |
A demonstration of supercooled water 'snap freezing'. When water is supercooled it remains liquid below it's normal freezing point. Shaking it gently can activate the freezing process. |
0:18 | 335 | 4.87 |
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All the Chemistry Basics in just 3 minutes |
In this highly energized lecture, Hank attempts to summarize "half a semester" of chemistry in just 3 minutes - molecules, elements, atoms, protons, neutrons, electrons, orbitals and chemical bonds. |
4:00 | 134 | 4.75 |
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Color Change Reaction - Periodic Table of Videos |
This miraculous looking 'traffic lights' experiment shows a solution changing color (blue, red, green, red, yellow). The color can then be reversed to red through the addition of oxygen, by pouring it into a another container. |
4:11 | 201 | 4.71 |