http://h4x3d.com/how-to-move-a-waterbed-1600-pounds/ online portfolio of Julian Klewes Sat, 10 Sep 2011 13:50:04 +0000 hourly 1 http://wordpress.org/?v=3.3.2 http://h4x3d.com/how-to-move-a-waterbed-1600-pounds/comment-page-1/#comment-647 h4x3d.com | Clean-up Wed, 07 Feb 2007 20:56:45 +0000 http://www.h4x3d.com/how-to-move-a-waterbed-1600-pounds/#comment-647 [...] two days ago semester two began and I moved around furniture in my room including the crazy and heavy waterbed. I have mounted my LCD screens to the walls to save some [...] [...] two days ago semester two began and I moved around furniture in my room including the crazy and heavy waterbed. I have mounted my LCD screens to the walls to save some [...]

]]> http://h4x3d.com/how-to-move-a-waterbed-1600-pounds/comment-page-1/#comment-646 yoda_143 Wed, 07 Feb 2007 10:24:57 +0000 http://www.h4x3d.com/how-to-move-a-waterbed-1600-pounds/#comment-646 "The effect behind that is called (if I am not wrong) capillary effect " sorry m8, you're wrong. The effect working here is basically that water flowing out the end of the hose creates a vacuum, atmospheric pressure on the water reservoir on the other end of the ose then pushes the water into that vacuum and so on. Capillary effect works with molecular attraction between the liquid molecules, the gas molecules in the air and the molecules of the solid the water in in/on. It works on a much smaller scale, its effect in a hose of that diameter is negligible. “The effect behind that is called (if I am not wrong) capillary effect ”
sorry m8, you’re wrong.
The effect working here is basically that water flowing out the end of the hose creates a vacuum, atmospheric pressure on the water reservoir on the other end of the ose then pushes the water into that vacuum and so on.
Capillary effect works with molecular attraction between the liquid molecules, the gas molecules in the air and the molecules of the solid the water in in/on. It works on a much smaller scale, its effect in a hose of that diameter is negligible.

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