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if the apparatus is pressurised then the experiment is possible eve with a large volume of water. But that kinda beats the point , doesn't it ...
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LMAO.... You never really have been entertained by a Youtube video until you read the comments...
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@D1MAN7 haha.
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just tell me how are you planning to keep the water in the container up in space...
unless you are planning to conduct the capillary experiment on a blob of water...
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@DreadLord786 Like!
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watch my entry!!! :)
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This is just an example entry, because this experiment has already been done in space.
It just wants to show you which level they expect...
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Lol
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@StitchedExpectations Yes it does float around, but if the tubes are narrow enough, better to be narrower than 0.5mm, then the water droplets might just possibly be able to keep shape inside the tube coz the surface tension is acting with the tube wall. Sadly, this idea suck as a space experiment coz water will spread everywhere in the lab.
Ну вашу...
Притяжение(g) можно представить по формуле силы тяжести F=G(гравитационная постоянная)*(M(масса Земли)*m(масса объекта)/((R(радиус земли)+h(высота над землей))^2).
А вообще там ничего такого феноменального не будет, т.к. "капиллярный эффект" происходит в организмах людей на МКС, и вроде еще никто не жаловался - все живы-здоровы.
И, вообще-то, символ "ро" пишется не как буква р.
P.S. Хоть я вас на год и младше - я, все-же, таких глупостей делать не предлагаю.
Учите физику.
D1MAN7 4 months ago in playlist Другие видео от пользователя spacelab 62
Hi, yea I'm here to crush your hopes and dreams... In space water does not sit at the bottom of a container, it turns into a sphere.
thePEOPLEperson1 3 months ago 39