Message from @Moist Mayonnaise

Discord ID: 493072988971991040


2018-09-22 14:54:33 UTC  

they literally say "gravitational force"

2018-09-22 14:54:34 UTC  

why did this apple fall on my head, well, its falling thru the bouyancy medium of air which has a certain density and the apple is denser, so it falls

2018-09-22 14:54:52 UTC  

Density requires gravity btw

2018-09-22 14:54:53 UTC  

why is this helium balloon rising, its not because of gravity

2018-09-22 14:54:57 UTC  

The scientific community does call/consider it a force. The fact that a reference frame exists were the force vanishes, does not mean that it is not a force in every other reference frame.

2018-09-22 14:54:59 UTC  

👉 (dielectric acceleration)

they technically refer to it as

2018-09-22 14:55:02 UTC  

density doesn't require gravity

2018-09-22 14:55:09 UTC  

Kevin if it's density and bouany why do things still fall in a vaccum and not float? @^Kevin^

2018-09-22 14:55:10 UTC  

"acceleration" not a "force

2018-09-22 14:55:23 UTC  

there is no force driving down, we know everything falls and rises based on gravity

2018-09-22 14:55:23 UTC  

Both acceleration and a force.

2018-09-22 14:55:31 UTC  

what'd i say?

2018-09-22 14:55:33 UTC  

My bad, Mike

2018-09-22 14:55:38 UTC  

acceleration

2018-09-22 14:55:40 UTC  

is right

2018-09-22 14:55:45 UTC  

its not a "force" ..even in the "sci-fi" model

2018-09-22 14:55:46 UTC  

k

2018-09-22 14:55:51 UTC  

(hey, at least I admit when I'm wrong 😛 )

2018-09-22 14:55:54 UTC  

you said that the scientific community does not call gravity a force. They do.

2018-09-22 14:55:58 UTC  

falling has acceleration, all things regardless of density fall at the same rate

2018-09-22 14:56:01 UTC  

Gravity is blatantly a force

2018-09-22 14:56:03 UTC  

+2 points
@Fireflash

2018-09-22 14:56:07 UTC  

yeet

2018-09-22 14:56:09 UTC  

thank ya

2018-09-22 14:56:13 UTC  

🙇

2018-09-22 14:56:24 UTC  

woot-woot

🙌 lol..

2018-09-22 14:56:38 UTC  

Well what makes them fall "down"

2018-09-22 14:56:38 UTC  

falling is not gravity

2018-09-22 14:56:46 UTC  

if there is an object surrounded by atmosphere

2018-09-22 14:56:50 UTC  

which way will it fall?

2018-09-22 14:56:51 UTC  

just like falling up isn't

2018-09-22 14:56:57 UTC  

the density is all the same on every side

2018-09-22 14:57:27 UTC  

No answer?

2018-09-22 14:57:37 UTC  

You can say "I don't know"

2018-09-22 14:57:52 UTC  

but ignoring a question gets a big ❎

2018-09-22 14:57:53 UTC  

has to do with .. temperature, pressure, mass, DENSITY, (and buoyancy), etc, ...n prolly Electromagnatism

2018-09-22 14:58:04 UTC  

"and probably"

2018-09-22 14:58:07 UTC  

so you don't understand?

2018-09-22 14:58:09 UTC  

uh

2018-09-22 14:58:27 UTC  

also, bouyancy requires gravity. My mistake when I said density does, that was wrong

2018-09-22 14:58:27 UTC  

what the hell are yo utalking about Firefurry?