Message from @Jazz

Discord ID: 612617536839745546


2019-08-18 11:57:47 UTC  

@ShadoW (D.F.J) I know that but earth isn't a vacuum. We create artificial vacuums.

2019-08-18 11:58:16 UTC  

D.I.L.L.I.G.A.F. DO I LOOK LIKE I GIVE FUC

2019-08-18 11:58:29 UTC  

yes

2019-08-18 11:58:50 UTC  

you responded
so yes, you do give an eff.

2019-08-18 11:58:53 UTC  

@rivenator12113 yeah... but how it's have something to do with the "debate"? i said things accelerates downwards because of Gravity... and density has nothing to do with it, so how relative density is a vailed replacement?

2019-08-18 11:59:20 UTC  

@rivenator12113 yea things fall faster, because they have less air resistance compared to the force. This does not have anything to do with density

2019-08-18 11:59:33 UTC  

Wait. WHO THINKS THE EARTH IS FLAT HERE?

2019-08-18 11:59:56 UTC  

pretty much half the server or something

2019-08-18 12:00:02 UTC  

keeps the server active

2019-08-18 12:00:20 UTC  

@ShadoW (D.F.J) In a vacuum density wouldn't matter, on earth density would influence the acceleration

2019-08-18 12:00:29 UTC  

No

2019-08-18 12:00:37 UTC  

@rivenator12113 nope... density wouldn't decide if something goes down or up or sideways, density wouldn't make object go faster (accelerate) density is almost meaningless without Gravity...

2019-08-18 12:01:20 UTC  

idk whaat is this chat doing

2019-08-18 12:01:29 UTC  

*lets start all over*

2019-08-18 12:01:35 UTC  

and not ramble like 9 year old adults

2019-08-18 12:01:48 UTC  

@ShadoW (D.F.J) acceleration is just change in speed

2019-08-18 12:01:53 UTC  

Gravity is just a constant, I don't understand why do you use it as argument for why would it fall down. They fooled us well with that word

https://cdn.discordapp.com/attachments/484514023698726912/612617162234003495/306614467.png

2019-08-18 12:03:08 UTC  

Density does affect if the object falls faster or not.

2019-08-18 12:03:08 UTC  

Explain?

2019-08-18 12:03:13 UTC  

@rivenator12113 it does not

2019-08-18 12:03:22 UTC  

I can explain if you want

2019-08-18 12:03:24 UTC  

I'm talking on earth

2019-08-18 12:03:27 UTC  

Not in a vacuum

2019-08-18 12:03:34 UTC  

On earth it does not

2019-08-18 12:03:45 UTC  

Alright so you know about force right?

2019-08-18 12:03:50 UTC  

F

2019-08-18 12:04:11 UTC  

You can do this yourself, take something dense and something less dense. The one which is densest will always hit the ground first lol...

2019-08-18 12:04:27 UTC  

@kino things "fall down" because things attracted to the center of mass (our earth center of mass) down for us isn't down for someone else... density isn't capable of saying where an less dense thing will go or more dense thing will go, it working with gravity... Density ALONE is only an amount of matter an object has to its volume.... that's will not decide whether something "falls" or "rise"

2019-08-18 12:04:43 UTC  

@rivenator12113#161 yes that's because something dense usually has less air resistance compared to their weight

2019-08-18 12:04:51 UTC  

@rivenator12113 I'm sorry to say, but your entire claim is busted.
Galileo did it.

2019-08-18 12:04:59 UTC  

@ShadoW (D.F.J) proof of that claim

2019-08-18 12:05:02 UTC  

where is it

2019-08-18 12:05:06 UTC  

But it's not the density that matters, it's the air resistance

2019-08-18 12:05:30 UTC  

they both matter

2019-08-18 12:05:31 UTC  

Air resistance is the reason there is density, density wouldn't work in a vacuum because there is no air density.

2019-08-18 12:05:41 UTC  
2019-08-18 12:05:42 UTC  

go search up
i didnt do the experiment 2000 years ago

2019-08-18 12:06:17 UTC  

where is the proof that things fall because things are attracted to the center of mass?

2019-08-18 12:06:20 UTC  

Maybe it has a little bit of effect but it's mainly air resistance

2019-08-18 12:06:21 UTC  

Everything falls down in a vacuum even helium balloons

2019-08-18 12:06:39 UTC  

Yes, but it only strengthens the fact that gravity exists.