The sound you're hearing may be the background music. The experiment itself doesn't produce any discernible noise, aside from the operational hum of the vacuum pump.
The main use of this is that it provides a body at a uniquely determined macroscopic thermodynamic state for a definition of absolute thermodynamic temperature. The pressure can be adjusted just to maintain the triple point, and the temperature is thereby uniquely determined at 273.16K, at 612 Pascal pressure, that is uniquely guaranteed by the co-existence of the three phases. This has been superseded by a committee-defined SI value of Boltzmann's constant, which is, however, actually arbitrarily based on the triple point definition, and which requires microscopic theory. It is therefore not a purely thermodynamic definition. It is used because it lends itself for more precise experimental determination.
Buble ice water
If you put your finger in it will it burn or freeze you? Or none
Yes
It's cold but just above the freezing point of water, so not cold enough to harm you with normal contact.
bro this got me😂
The same thing I was wondering but I guess it wont freez or burn you cuz its at 0.1C
I came looking for a visual answer I'm leaving with more questions. 😂😂😭
Is that the sound it is produced by ice forming/ melting? That crackling sound.
The sound you're hearing may be the background music. The experiment itself doesn't produce any discernible noise, aside from the operational hum of the vacuum pump.
You know if u guys keep doing stuff like this your going to crash The Matrix
Play "God frequency " into this see what happens
Neat
What is this useful for?
0:41
The main use of this is that it provides a body at a uniquely determined macroscopic thermodynamic state for a definition of absolute thermodynamic temperature. The pressure can be adjusted just to maintain the triple point, and the temperature is thereby uniquely determined at 273.16K, at 612 Pascal pressure, that is uniquely guaranteed by the co-existence of the three phases. This has been superseded by a committee-defined SI value of Boltzmann's constant, which is, however, actually arbitrarily based on the triple point definition, and which requires microscopic theory. It is therefore not a purely thermodynamic definition. It is used because it lends itself for more precise experimental determination.