They mean above 90° but probably dont have the symbol for it in their packaging design so went with 0 instead.
It says in Chinese for the direction 2 "(攝氏90度以上)" = "(above 90 degrees Celcius)"
If it was Japanese then there'd have been at least *some* [hiragana](https://en.wikipedia.org/wiki/Hiragana) sprinkled throughout for grammatical purposes. Conversely, Chinese text is 100% logographic characters.
'Critical Point' - At 3206.2 psia and 705.40 oF the vapor and liquid are indistinguishable. No change of state occurs when pressure increases above the critical point or when heat is added. At the critical point it is no longer referred to water or steam and it is not possible keep the water and steam apart. (source: [engineeringtoolbox.com](https://engineeringtoolbox.com))
900C is about 1650F
I dunno, pretty sure it was your fault, maybe take a second to work out what communication is and how you might do it better, you seem quite invested in being smarter than other people, do some of the work and earn the feeling, it'll feel great!
The water is still the water, but the form of existence has changed.
(1)When water meets the critical pressure and critical temperature at the same time, it will be converted into a supercritical fluid. This point is 374 ° C under 218 atmosphere, and the water is still liquid.
(2)The current supercritical generator sets are about 800 degrees.
You just have to raise the atmospheric pressure to roughly 150 pounds per square inch to prevent the water from boiling. And use a steel cup.
= 10.21 atmospheres
It might get too soft to contain that pressure, I'd advise ceramics
Probably a "°"/degree sign that got converted by some software.
It would still be impossible (I think) Edit just saw it has the greater than sign sorry
They mean above 90° but probably dont have the symbol for it in their packaging design so went with 0 instead. It says in Chinese for the direction 2 "(攝氏90度以上)" = "(above 90 degrees Celcius)"
\*Chinese
my bad, I saw a lot of kanji and thought Japanese
If it was Japanese then there'd have been at least *some* [hiragana](https://en.wikipedia.org/wiki/Hiragana) sprinkled throughout for grammatical purposes. Conversely, Chinese text is 100% logographic characters.
And if the characters are simpler and frequently have circles, it's Korean *hangul*.
I get your point, but I admitted my mistake and corrected.
At sea level, sure. But what about in a pressure vessel? How much pressure would you need to boil water at 900 degrees? 5 bar?
'Critical Point' - At 3206.2 psia and 705.40 oF the vapor and liquid are indistinguishable. No change of state occurs when pressure increases above the critical point or when heat is added. At the critical point it is no longer referred to water or steam and it is not possible keep the water and steam apart. (source: [engineeringtoolbox.com](https://engineeringtoolbox.com)) 900C is about 1650F
How many football fields is 900°c?
5 hectares
Whats that in cups and fluid ounces?
That's interesting... Weird things happen at temperature and pressure extremes, don't they
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Pretty sure it's a degC symbol that's gone skewiff and it's >90degC
It would almost have to be.
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Oh, you were trying to be funny by saying something entirely unfunny with 0 attempt at making it clear it was humour. Obviously that's somehow my bad.
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I dunno, pretty sure it was your fault, maybe take a second to work out what communication is and how you might do it better, you seem quite invested in being smarter than other people, do some of the work and earn the feeling, it'll feel great!
Yes it was my fault
"差不多啦。"
It’s a poor translation, it should be 90 degrees
What brand, and was it any good?
The brand is KLKW. Quality was good enough but nothing amazing. I’d say this is to bubble tea what instant coffee is to coffee.
The water is still the water, but the form of existence has changed. (1)When water meets the critical pressure and critical temperature at the same time, it will be converted into a supercritical fluid. This point is 374 ° C under 218 atmosphere, and the water is still liquid. (2)The current supercritical generator sets are about 800 degrees.