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Anonymous at Sat, 18 May 2024 14:36:04 UTC No. 16181492
>ice melts at 0c
>Water evaporates at 100c
So what happens to ice at 100c and air water at -1c???
Anonymous at Sat, 18 May 2024 14:39:47 UTC No. 16181500
>>16181492
https://en.wikipedia.org/wiki/Subli
Anonymous at Sat, 18 May 2024 14:42:05 UTC No. 16181502
>>16181500
This is incorrect.
The ice when placed in a 1000C environment will melt, the liquid phase will boil and the boiling water will evaporate fast. Throughout this process the ice will remain at 00C, the water will remain at 1000C.
Under normal conditions ice will, by definition, not be at 1000C .
Anonymous at Sat, 18 May 2024 14:45:06 UTC No. 16181508
>>16181498
This makes no sense how can ice just disappear
>>16181500
>Wikpedia
I'm banned for fact checking
Anonymous at Sat, 18 May 2024 14:54:29 UTC No. 16181524
>>16181508
>This makes no sense how can ice just disappear
I know this is probably a troll post, but wdym?
Anonymous at Sat, 18 May 2024 15:17:07 UTC No. 16181558
>>16181502
Think too many people took the 'Sun of ice collides with a Sun of fire' meme seriously.
Anonymous at Sat, 18 May 2024 15:25:06 UTC No. 16181573
>>16181508
The phases of matter an emergent property of the behaviour of molecules. Heat is the combined kinetic energy of molecules. Phases is just molecules becoming free or being bond by the bonds that keep them close. Pressure also plays a role in changing how much energy matter need to change phase. Different pressures and temperatures result in different phases.
You also get different kinds of ice with completely different crystalline structures. There are somewhere between 20 and 74,963 forms of ice because water can do all kinds of weird stuff when it freezes. So far, scientists have experimentally determined the crystal structures for 19 types of ice.
Anonymous at Sat, 18 May 2024 15:26:32 UTC No. 16181575
>>16181558
Well, even if those, say an ice giant planet and a red dwarf, collide. There would be a temperature gradient through the water planet. At the junction we would find a hot gas, looking further there would be water and after that there would be ice. If all pressure were athmospheric jadda jadda ... the points along the temperature gradient between which we would find liquid water would be 100 C and 0C. If heat conduction was perfect in ice, water and steam, we would have a situation where there is no gradient, the planet would heat up in its entirity and instantaneously change phase at those points. Of course inertia and gravity would have to be 0 too, else we wpuld end up with superheated stuff until it had time to expand jaddajadda..
Anonymous at Sat, 18 May 2024 15:37:42 UTC No. 16181587
>>16181498
>>16181582
two posters who either failed to understand OPs question or, worse, what they are actually posting. Unless it's a very convoluted waynof informing OP that at ambient pressure there is no such thing as 100 C (majority) ice or -1 C (majority) steam.
Anonymous at Sat, 18 May 2024 15:40:11 UTC No. 16181591
>>16181587
>Unless it's a very convoluted waynof informing OP that at ambient pressure there is no such thing as 100 C (majority) ice or -1 C (majority) steam.
How is it convoluted? Look at the chart, if it's not there, then it's not there.
Anonymous at Sat, 18 May 2024 16:48:29 UTC No. 16181694
>>16181591
Because its way more likely confusing OP further.