Message from @Quorum

Discord ID: 644320496157982740


2019-11-13 23:36:59 UTC  

Your leg doesn't actually scream in pain

2019-11-13 23:37:01 UTC  

You don't seem to acknowledge your condescending behavior.

2019-11-13 23:37:11 UTC  

oh i don’t mean anything by it

2019-11-13 23:37:15 UTC  

I'm not being condescending

2019-11-13 23:37:19 UTC  

sorry

2019-11-13 23:37:38 UTC  

ten i think he meant lapizzle

2019-11-13 23:37:56 UTC  

<:goose:625498032036642847>

2019-11-13 23:38:05 UTC  

goose nOOooOoO

2019-11-13 23:38:11 UTC  

Why does a rock fall and a helium ballon rise? I get it, because of density. But, *how* does density work, and *how* does density dictate the direction that objects and fluids move?

2019-11-13 23:38:27 UTC  

Gravity = explained by buoyancy and density.

2019-11-13 23:38:46 UTC  

what about if there’s no atmosphere ?

2019-11-13 23:38:52 UTC  

How does buoyancy work?

2019-11-13 23:38:54 UTC  

That isn't true neither of those things are forces they have no direction

2019-11-13 23:38:56 UTC  

Exactly, there's no directional influence for buoyancy. Except in the mathematical formula for buoyancy, there is a directional inlfuence. It is labled as **G**.

2019-11-13 23:39:00 UTC  

then the entire argument is just gone

2019-11-13 23:39:01 UTC  

^

2019-11-13 23:39:15 UTC  

if the atoms are closer together you need more attoms to make up an item a less dence object dosent need as many atoms

2019-11-13 23:39:17 UTC  

if there’s no atmosphere for buoyant force to act in

2019-11-13 23:39:26 UTC  

@tekashi what argument?

2019-11-13 23:39:30 UTC  

then how does it influence gravity

2019-11-13 23:39:37 UTC  

Buoyancy requires a medium, so do objects float in vacuum chambers?

2019-11-13 23:39:38 UTC  

that buoyancy and density make up gravity

2019-11-13 23:39:47 UTC  

exactly my point @Quorum

2019-11-13 23:40:01 UTC  

You all keep bringing up vaccuum chambers.

2019-11-13 23:40:07 UTC  

yeah?

2019-11-13 23:40:08 UTC  

Nothing just floats in vaccuum chambers.

2019-11-13 23:40:12 UTC  

What matter do we know has the lowest known boiling point?

2019-11-13 23:40:13 UTC  

Yet you claim it does in space.

2019-11-13 23:40:15 UTC  

ok

2019-11-13 23:40:27 UTC  

Sorry but according to you guys there are stars so large you could fit trillions of earths in them.

2019-11-13 23:40:28 UTC  

I don't get how that follows

2019-11-13 23:40:30 UTC  

never seen a boat is space tbh

2019-11-13 23:40:35 UTC  

Their gravitational pull would yank it.

2019-11-13 23:40:42 UTC  

So ignorant...

2019-11-13 23:40:42 UTC  

yh

2019-11-13 23:40:45 UTC  

ok

2019-11-13 23:40:53 UTC  

Would yank what?

2019-11-13 23:41:02 UTC  

Or what matter do we know has the lowest known melting point?

2019-11-13 23:41:20 UTC  

In other words, what matter do we know will remain a fluid while all other matter are solid?

2019-11-13 23:41:32 UTC  

prolly something like helium irk off the top of my head

2019-11-13 23:41:37 UTC  

Also, the reason I point out that objects dont float in vacuum chambers is to demonstrate how objects falling does not require a medium, which buoyancy does.