Andrew Marmery from The Royal Institution in London experiments with argon ice in the video below, including some intriguing comments on argon’s atomic weight, and which shows how quickly argon shifts from solid to gas (it melts at −189.35 °C, and evaporates at −185.85 °C, so in less than 4 degrees Celsius it shifts through all three phases!).

With the nor’easter Nemo having passed through town overnight, I’m reminded to be happy that snow isn’t constituted from solid argon, otherwise that would mean it’s really cold outside.

Image from Wikimedia Commons.

10 Responses to Immediately Evaporating Argon Ice

  1. the only question the internet has for that is: can you fire a bullet of argon-ice or not?

  2. YouTube clearly is the world leader in s***ty captions…nothing but drivel came out in this articale..who the hell does the checking on the captions here??

  3. Can we make colored ice out of this process? Process of melting looks awesome.

  4. D.C. Robie on said:

    Why is the upper surface of the solid argon a concave cone? Perhaps this has to do with the forces between the argon and the glass. Does liquid argon wet glass? If you use a metal tube to make the solid argon, does it still have the conical upper surface?

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