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File: 1219341270.jpg -(15 kb, 427x267, Zero-Gravity-Water-Bubble.jpg)
15 kb, 427x267 No.474
⋯ No.477

:| hmmm

⋯ No.514
File: 1219940253.jpg -(180 kb, 594x888, lolo'sxray.jpg)
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Should I place it here or in big?

⋯ No.662
File: 1222198451.jpg -(8 kb, 204x205, fire-space.jpg)
8 kb, 204x205

Zero-G fire

⋯ No.663
File: 1222198647.jpg -(11 kb, 241x251, bubble.jpg)
11 kb, 241x251
⋯ No.664
File: 1222198723.jpg -(6 kb, 175x150, 124466_0gravitywater_1.jpg)
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⋯ No.670

>>514
wtf is that? alien egg sac??

⋯ No.672
File: 1222909823.jpg -(234 kb, 1024x768, fig1.jpg)
234 kb, 1024x768

>>670
Lolo Ferrari X ray, that was old tech, now they use saline.

⋯ No.751

>>662
Wouldn't a candle basically just go out right after you lit it if it were in zero gravity? I mean, if the air can't move around like it normally does via convection, then doesn't it stand to reason that the oxygen around the wick won't get replenished once it's been used up?

⋯ No.798

>>751
Urf, the air would obviously move to fill the vacuum, putting the air pressure in the room down by just a little bit.

⋯ No.799

>>751

I'm not sure if that could happen - perhaps if the air was very still. But any normal air flow would bring in new oxygen.

Also, If the candle was floating in the air, the expanding CO2 on the lit end might push the candle and make it move like a little space ship!


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- matsuba + wakaba + futaba -