Message from @ShadoW (D.F.J)

Discord ID: 622412904968355841


2019-09-14 12:44:32 UTC  

we call the force accelerating the object gravity

2019-09-14 12:44:50 UTC  

Drop a helium balloon

2019-09-14 12:44:51 UTC  

u probably just dont accept the implications that later got found concerning other planets

2019-09-14 12:45:00 UTC  

and yeah you remember :D @Wendigo

2019-09-14 12:45:02 UTC  

it wont fall down cause its lighter

2019-09-14 12:45:05 UTC  

hm

2019-09-14 12:45:09 UTC  

Why does the helium balloon not drop?

2019-09-14 12:45:16 UTC  

its funny cause density is a direct qonsequence from gravity

2019-09-14 12:45:19 UTC  

because of buoyancy?

2019-09-14 12:45:24 UTC  

i once thought about it and it was so clear

2019-09-14 12:45:34 UTC  

But why doesn't the helium balloon rise instead of drop?

2019-09-14 12:45:34 UTC  

no one in this server is denying buoyancy

2019-09-14 12:45:54 UTC  

cause helium has lesser vollum / waigth than air

2019-09-14 12:46:03 UTC  

you've asked that question before

2019-09-14 12:46:08 UTC  

over and over

2019-09-14 12:46:09 UTC  

and that makes the air fall down on the balloon and make the baloon drop up

2019-09-14 12:46:14 UTC  

Technically math is because denying gravity = denying buoyancy

2019-09-14 12:46:28 UTC  

So apply gravity to all objects that "drop" But apply relative density to the objects that don't drop? wow! well played πŸ‘πŸ‘πŸ‘πŸ‘πŸ‘

2019-09-14 12:46:36 UTC  

no

2019-09-14 12:46:40 UTC  

Baller logic 101

2019-09-14 12:46:40 UTC  

guys leave him you won't get anything going on here, he will keep denying and not willing to understand.

2019-09-14 12:46:42 UTC  

its basically the air is so heavy it pushes the helium baloon up

2019-09-14 12:46:47 UTC  

buoyancy is taken into account as well

2019-09-14 12:47:00 UTC  

in fact that's what buoyancy is centered around

2019-09-14 12:47:19 UTC  

Air pushed the helium balloon up? πŸ˜‚πŸ˜‚πŸ€£πŸ€£πŸ€£πŸ€£

2019-09-14 12:47:30 UTC  

what do you mean by relative density that dont drop?

2019-09-14 12:47:54 UTC  

So heavy objects can push lighter objects up? Got itπŸ˜‚πŸ˜‚πŸ€£πŸ€£πŸ€£πŸ‘

2019-09-14 12:47:59 UTC  

yes

2019-09-14 12:48:09 UTC  

air is based of plenty small molecules

2019-09-14 12:48:10 UTC  

No, gravity just pulls less on the helium so therefor the air gets pulled down harder and replaces the heliums position

2019-09-14 12:48:11 UTC  

@negatic stop talking please

2019-09-14 12:48:18 UTC  

not trying to be rude or anything

2019-09-14 12:48:23 UTC  

and the basically fall down push themselves under the baloon which makes it go up higer

2019-09-14 12:48:24 UTC  

but please

2019-09-14 12:48:28 UTC  

@negatic you're so indoctrinated you don't even realise what you're saying

2019-09-14 12:48:41 UTC  

i know u think that

2019-09-14 12:48:49 UTC  

but i like thinking about ur questions

2019-09-14 12:48:51 UTC  

its fun

2019-09-14 12:48:58 UTC  

trying to improve ur own knowledge

2019-09-14 12:49:01 UTC  

You don't think

2019-09-14 12:49:09 UTC  

You just regurgitate