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Water isn't really conductive either; it's usually the ions dissolved in the water that cause conductivity.
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Why not buy one of those mini refrigerators for 100 bucks as a case. Overclock as much as you want with that
No kidding? I did not know that. I think I missed that in science class. I was always taught wet things, and electricity did not mix well.
Because condensation would form on the warm parts and cause a short.
Pete
No kidding? I did not know that. I think I missed that in science class. I was always taught wet things, and electricity did not mix well.
They said pure or distilled water isn't conductive. Why didn't they just use that instead?
Wierd I thought condensation only formed on things cooler than the ambient temperature...
Technically, pure water is still slightly conductive; however, it's small enough to be negligible.
That depends on the application, but it IS correct.
Both the concept that water is a good conductor, and the concept that it is no conductor at all, are false. One issue is that all liquids (and solids) show conduction to some extent, but pure water is still orders of mangnitude more conductive than mineral oil.
The 2 H2O <--> H3O+ / OH- equilibirium is responsible for this.
Don't go submerge electronics in ultrapure water though. Conducitivy from the above mechanism might allow it, but if it is contact with air, water will quickly absorb CO2 from the air, dropping the pH to 5-6 or so, and increasing conductivity wildly due to dissolved H3O+ and carbonate.
Hmmm I learned something today lol. I hope for everyones sake nobody is actually considering submerging a computer in water. I really dont see it happening but you never know.