Hey, I recently wrote an article about what would happen when you boiled water in space. It's one of those things that you think "If I ever go to space it would be cool to...", however this information could be useful to astronaughts in an actual useful way. I also explain how you should go about boiling it in the most efficient way, because if you try in the conventional way of heating from the bottom, it will not work. Before you read the article, try to imagine in your mind what would happen. What happens when you boil water, in space? Please show appreciation by digging the article. Thanks, Hecky
Wow, never have thought about this ever. But now I do think about it, it is interesting to think about this, I guess heat wouldn't rise.
Yep, read the article and find out, it does boil, but the bubble settles forming one bubble at the bottom, therefore acting as an insulator, so it is difficult, but the sollution is explained in the article.
I'm thinking that the boiling point is inversely proportional to the pressure (Charles' Law I believe) and since there's no pressure in space, due to their being no atmosphere, it will never boil - it will just remain in one clump getting increasingly warm. I believe. Possibly.
Basicly gravity makes heavy things fall to the bottom. Heat makes atoms hit harder and fly apart. So without gravity, the excited water will not be pushed upward. Then it will hit cooler atoms and transfer energy... So this will make a ring around the heat source. Next question... If we dig a hole through the middle of the Earth and throw a tennis ball down the hole, where will the ball hit the walls of this hole and where will the ball stop?
you think spinning it would help? I have never heard that theory. The water comes to a boil very quickly in space though, at first anyways, than it either burns up the heater or continues to pull in smaller area of heated water into one giant bubble. good article, I dugg it because it was interesting.
Yep, as explained in the article, I rekon that if you spin the container, the water can travel to the outside, and then the bubbles in the centre could be sucked out through a pipe of some sort, then if the heating elements are on the side of the container, the water will be heated. Please don't forget to Digg the article, thanks. Hecky
Wow wht a unique idea of writing something about this matter. Never had thought about it before. Good luck and thanks for sharing