Message from @Jazz

Discord ID: 612625504146817074


2019-08-18 12:31:59 UTC  

And things being "heavy" does not have anything to do with the density

2019-08-18 12:32:06 UTC  

It has something to do with the mass

2019-08-18 12:32:32 UTC  

why do water particles from more saturated part to the less saturated part?

2019-08-18 12:32:38 UTC  

why in that direction?

2019-08-18 12:32:44 UTC  

its like asking that question

2019-08-18 12:32:52 UTC  

Eh saturated?

2019-08-18 12:32:56 UTC  

Because it's equalising concentration

2019-08-18 12:33:13 UTC  

Yea

2019-08-18 12:33:24 UTC  

So the density will be equal

2019-08-18 12:33:26 UTC  

@kino why you avoiding the question?

2019-08-18 12:33:35 UTC  

lmao i didnt

2019-08-18 12:33:43 UTC  

just because you didnt understand the reference

2019-08-18 12:33:45 UTC  

However someting falling down does not make the density more equal

2019-08-18 12:33:49 UTC  

it doesnt mean i avoided lol

2019-08-18 12:34:16 UTC  

@kino Why things "fall down" and not up? with only density acting on the objects it should be matter....

2019-08-18 12:34:29 UTC  

@ShadoW (D.F.J) you tho you were only able to claim that the stuff gets attracted to the center of mass

2019-08-18 12:34:34 UTC  

you are yet to provide evidence of that

2019-08-18 12:34:44 UTC  

things don't get attracted to center.of.mass

2019-08-18 12:34:58 UTC  

@ShadoW (D.F.J) i explained why things why things fall down by using the osmosis reference

2019-08-18 12:34:59 UTC  

they do if it's far away or if it's spherical

2019-08-18 12:35:02 UTC  

You haven't answered me smh @kino or I don't understand your answer?

2019-08-18 12:35:13 UTC  

@kino what you didn't though

2019-08-18 12:35:27 UTC  

Yea but then how does an object falling down equal the density difference?

2019-08-18 12:35:51 UTC  

what density difference

2019-08-18 12:35:54 UTC  

Well

2019-08-18 12:36:00 UTC  

is this bout terminal velocity?

2019-08-18 12:36:04 UTC  

no

2019-08-18 12:36:17 UTC  

Osmosis works because there is a difference in concentration right? A difference in density

2019-08-18 12:36:25 UTC  

No

2019-08-18 12:37:00 UTC  

Then how does it work?

2019-08-18 12:37:10 UTC  

yes it is due to difference in concentration

2019-08-18 12:37:12 UTC  

@kino how osmosis answers our question...

2019-08-18 12:37:14 UTC  

from higher to the lower

2019-08-18 12:37:21 UTC  

osmosis works by the larger molecules blocking the way of the fluid
Like a ball valve

2019-08-18 12:37:31 UTC  

Yes until they are equal

2019-08-18 12:37:35 UTC  

ye

2019-08-18 12:37:46 UTC  

Untill the molar dencity is equal

2019-08-18 12:37:48 UTC  

"blocking the way of the fluid"?

2019-08-18 12:37:53 UTC  

Yea density

2019-08-18 12:38:17 UTC  

I would post images but apparently no permissions

2019-08-18 12:38:33 UTC  

You can post a link?