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| Gothboy77 'appreciation' thread |
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| Drydess:
legitimately you can create a vacuum chamber on your own, just put something in it and watch it not float |
| Goth77:
--- Quote from: Nonnel on November 06, 2017, 12:37:53 AM ---for the love of christ dude --- End quote --- Damn you watched it that fast? It was only 13 minutes but still Alright lets watch a vid of this go go rocket going to "space" notice all the "satellites" floating around up there. tons of em https://www.youtube.com/watch?v=IAcp3BFBYw4 |
| Red Spy:
goth you never answered how orbits work |
| Darryl McKoy:
--- Quote from: Goth77 on November 06, 2017, 12:41:57 AM ---Alright lets watch a vid of this go go rocket going to "space" notice all the "satellites" floating around up there. tons of em --- End quote --- Wait so what exactly is this showing proof of in your mind? |
| SeventhSandwich:
--- Quote from: Goth77 on November 06, 2017, 12:36:09 AM ---An apple generally floats in the water, but it does not float in air. --- End quote --- Because gravity is pushing the liquid down, creating a pressure gradient that forces the apple upwards. This is called Archimedes principle. If you put an apple in the center of a bucket of water in zero-G, it doesn't move up or down because there is no difference in pressure from one part of the water to another. --- Quote from: Goth77 on November 06, 2017, 12:41:57 AM ---Alright lets watch a vid of this go go rocket going to "space" notice all the "satellites" floating around up there. tons of em --- End quote --- dude 1. A hobby rocket doesn't have enough fuel to leave Earth's atmosphere 2. If you manage to put something into orbit, you aren't going to see satellites floating around because the Earth is loving massive and satellites are rather small. 3. If this video is espousing that the rocket hit some kind of dome while flying upwards at an extremely high velocity, it sure looks pretty intact despite the fact that it should have been blown into smithereens by colliding with a completely rigid surface. |
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