Message from @Lauren.AC

Discord ID: 600355998208622628


2019-07-15 15:55:49 UTC  

Isn't gravity that everything attracts another object and depending on the density of the air and mass it decides how fast it falls towards the greater mass which attracts the most?

2019-07-15 15:55:49 UTC  

```heavier than the medium```

2019-07-15 15:55:56 UTC  

air density

2019-07-15 15:56:22 UTC  

and the bouyancy bit

2019-07-15 15:56:28 UTC  

they go hand in hand

2019-07-15 15:56:31 UTC  

no

2019-07-15 15:56:51 UTC  

thats is your claim

2019-07-15 15:57:02 UTC  

Uh

2019-07-15 15:57:12 UTC  

Wrong chat maybe?

2019-07-15 15:57:26 UTC  

buoyant forces apply to air density

2019-07-15 15:58:03 UTC  

i dont care, i didnt mention it

2019-07-15 15:58:26 UTC  

I don't want to argue semantics, but what your getting at is what I wrote.

2019-07-15 15:58:46 UTC  

no

2019-07-15 15:58:52 UTC  

alright, bud

2019-07-15 15:59:03 UTC  

What makes you think gravity isn't real

2019-07-15 15:59:13 UTC  

it isnt alright for you to misrepresent me

2019-07-15 16:00:00 UTC  

gravity is not based on empirical science

2019-07-15 16:00:03 UTC  

so, you're claiming that objects fall to the earth because objects denser than air (the medium) forces them downwards?

2019-07-15 16:00:20 UTC  

chadToday at 16:53
we fall to the ground because we are heavier than the medium we are in and heavy things accelerate towards the ground for unknown reasons
it is a natural law

2019-07-15 16:00:24 UTC  

Isn't density also a part of gravity or nah?

2019-07-15 16:00:31 UTC  

that is what i claimed

2019-07-15 16:00:51 UTC  

yes, Lauren. More specifically, buoyant forces require gravity to work.

2019-07-15 16:01:10 UTC  

no density isnt part of gravity,

2019-07-15 16:01:24 UTC  

it isn't?

2019-07-15 16:02:06 UTC  

in your world density = mass/volume

2019-07-15 16:02:14 UTC  

no mention of gravity there

2019-07-15 16:02:58 UTC  

Isn't density just... How dense the molecules are in an object

2019-07-15 16:03:04 UTC  

the other ones called why in the world are they spraying

2019-07-15 16:03:14 UTC  

yes, where is there mention of gravity there

2019-07-15 16:03:36 UTC  

But the theory of denser things dropping to the greater mass is gravity

2019-07-15 16:05:25 UTC  

gravity is more than just things falling

2019-07-15 16:05:50 UTC  

Yeah it's also about how bigger masses attract other masses

2019-07-15 16:06:11 UTC  

yes, this is not observered

2019-07-15 16:06:26 UTC  

Because it can't be done in a small scale

2019-07-15 16:06:32 UTC  

no it cannot

2019-07-15 16:06:46 UTC  

So there is no denying it either

2019-07-15 16:07:25 UTC  

Well, it can, actually... with the Cavendish experiment. But FEers disregard it.

2019-07-15 16:07:43 UTC  

Oof

2019-07-15 16:08:04 UTC  

the cavendish experiment didnt change the independent variable