Message from @jeremy

Discord ID: 569274128360800286


2019-04-20 21:28:53 UTC  

search it up

2019-04-20 21:28:58 UTC  

u dont have it ?

2019-04-20 21:29:01 UTC  

but you forgot something

2019-04-20 21:29:31 UTC  

Density and resistance of the medium around have to he factored in. I could maybe factor in density to get freefall rates.

2019-04-20 21:29:33 UTC  

the surface area of the balloon is probably like way more then the ball

2019-04-20 21:29:38 UTC  

so its less dense

2019-04-20 21:29:41 UTC  

cuz its rubber

2019-04-20 21:30:00 UTC  

and its less dense than air

2019-04-20 21:30:20 UTC  

like

2019-04-20 21:30:29 UTC  

Because the buoyant force, the ratios of density affect free fall

2019-04-20 21:30:37 UTC  

imagine you're floating on water at the beach

2019-04-20 21:30:40 UTC  

im lost

2019-04-20 21:30:44 UTC  

look man

2019-04-20 21:30:45 UTC  

And viscosity resisting it

2019-04-20 21:30:56 UTC  

imagine floating on water

2019-04-20 21:31:00 UTC  

ok

2019-04-20 21:31:08 UTC  

why do you not sink?

2019-04-20 21:31:17 UTC  

i could sink if i wanted to

2019-04-20 21:31:43 UTC  

im doin the dead mans float ?

2019-04-20 21:31:50 UTC  

your center of mass is equal all accross your body so you're less dense than water

2019-04-20 21:32:08 UTC  

yeah density if something is more dense than the water it goes down

2019-04-20 21:32:19 UTC  

if the water is more dense it doesnt fall or goes up

2019-04-20 21:32:24 UTC  

the same reason you're floating is the same reason the ball goes up

2019-04-20 21:32:39 UTC  

it floats on the atmosphere

2019-04-20 21:32:45 UTC  

until it pops

2019-04-20 21:32:49 UTC  

so gravity has nothing to do with it its all about density

2019-04-20 21:32:53 UTC  

like midway there lol

2019-04-20 21:33:07 UTC  

gravity has something to do with it

2019-04-20 21:33:21 UTC  

which gravity do u believe newton einstein ?

2019-04-20 21:33:28 UTC  

Gravitational theory predicts it, because buoyancy is another force

2019-04-20 21:33:38 UTC  

why do you think it floats instead of going somewhere else

2019-04-20 21:33:51 UTC  

because something is pulling you

2019-04-20 21:33:56 UTC  

constantly

2019-04-20 21:34:05 UTC  

so you stay floating

2019-04-20 21:34:14 UTC  

2 forces pulling at you

2019-04-20 21:34:19 UTC  

imagine it like 2 ropes

2019-04-20 21:34:24 UTC  

pulling at you

2019-04-20 21:34:44 UTC  

like tug of war

2019-04-20 21:34:55 UTC  

@jeremy We are talking Newtonian, Einsteinian isn't important here right now.

2019-04-20 21:35:01 UTC  

but in certain circumstances one force could be stronger than the other

2019-04-20 21:35:14 UTC  

which gravity though arent they all different