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Thanks to surface tension, liquids can float and can be approximated to solid objects as long as the surface tension remains intact [📹 mathematicanese:

453,801 次观看 • 3 年前 •via X (Twitter)

10 条评论

🏳️‍🌈 🏳️‍⚧️ 🇵🇸 的头像
🏳️‍🌈 🏳️‍⚧️ 🇵🇸3 年前

Whoever adds songs to these when someones talking really needs to turn it down.

Abi- normal🤣 的头像
Abi- normal🤣3 年前

Wiggle wiggle ♥️

MechanicsOfAutism.com 的头像
MechanicsOfAutism.com3 年前

Fascinating end scene

Joseph Jason 的头像
Joseph Jason3 年前

@CymaticJoule check this out.

Nik 的头像
Nik3 年前

Was this method used to build the pyramids

Tammy Berry 的头像
Tammy Berry3 年前

Single, because why let someone else ruin your life when you're perfectly capable of doing it on your own.

Heinzi 的头像
Heinzi3 年前

Not understand this

Arun Pawar 的头像
Arun Pawar3 年前

Wow

LiCHtsLiCH 的头像
LiCHtsLiCH3 年前

You are not making it float in air, it's viscus enough to attack to the tanks motion, so an energy transfer, lol just not floating. Carbon spheres with eletrical based spacing, making a net around som gob like that, but no need for suspension.

Haiverhanm - E/ACC 的头像
Haiverhanm - E/ACC3 年前

@ExplainThisBob

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