Message from @Smoothie Mane

Discord ID: 543524458451828776


2019-02-08 20:09:51 UTC  

Wut

2019-02-08 20:09:52 UTC  

lol

2019-02-08 20:09:53 UTC  

wut

2019-02-08 20:10:07 UTC  

it is called gravity...

2019-02-08 20:10:08 UTC  

Why do two different objects fall at the same speed then?

2019-02-08 20:10:10 UTC  

<:epic:511591544357388288>

2019-02-08 20:10:14 UTC  

@Post-LSD Swamp what makes heavier objects sink and lighter objects float @Post-LSD Swamp

https://cdn.discordapp.com/attachments/539598595448504320/543523977134342205/unknown.png

2019-02-08 20:10:28 UTC  

Ohmygod

2019-02-08 20:10:41 UTC  

You can drop a piece of metal, and a rock, they'll both fall at the same speed

2019-02-08 20:10:46 UTC  

Test it

2019-02-08 20:10:46 UTC  

This is so dumb I honestly cant think of an easier way to ask the same question

2019-02-08 20:10:46 UTC  

Density or not density? @Post-LSD Swamp

2019-02-08 20:11:10 UTC  

What is the force that causes objects to fall ?

2019-02-08 20:11:13 UTC  

then why are you still stalling

2019-02-08 20:11:21 UTC  

do you really need me to copy paste the question again

2019-02-08 20:11:22 UTC  

Or to literally not float away past the ass wall

2019-02-08 20:11:35 UTC  

Density is a thing

2019-02-08 20:11:41 UTC  

I get that part

2019-02-08 20:11:54 UTC  

So gravity isnt real, it's actually density taking its place?

2019-02-08 20:11:59 UTC  

@Post-LSD Swamp What-Makes-Lighter-Objects float, and heavier objects sink? Density or not density?

https://cdn.discordapp.com/attachments/539598595448504320/543524418480242725/unknown.png

2019-02-08 20:12:09 UTC  

That doesn't prove anything

2019-02-08 20:12:17 UTC  

beating around the bush again @Post-LSD Swamp ?

2019-02-08 20:12:20 UTC  

@Champion give me lighter object that floats on earth

2019-02-08 20:12:32 UTC  

You're the one that's beating around the bush

2019-02-08 20:12:38 UTC  

The density, or more precisely, the volumetric mass density,

For a pure substance the density has the same numerical value as its mass concentration. Different materials usually have different densities, and density may be relevant to buoyancy, purity and packaging. Osmium and iridium are the densest known elements at standard conditions for temperature and pressure but certain chemical compounds may be denser.

2019-02-08 20:12:46 UTC  

You haven't been able to fully answer any of my questions

2019-02-08 20:12:50 UTC  

it can be easily debunked

2019-02-08 20:12:50 UTC  

Ok

2019-02-08 20:12:52 UTC  

@Post-LSD Swamp I'm asking y-o-u. I muted the others

2019-02-08 20:12:54 UTC  

by Galileo's Leaning Tower of Pisa experiment

2019-02-08 20:13:11 UTC  

No. You're obviously a troll. I cant be live I fell for this bait

2019-02-08 20:13:17 UTC  

I'm an idiot

2019-02-08 20:13:23 UTC  

*runs away from a simple question

2019-02-08 20:13:25 UTC  

oh ok

2019-02-08 20:13:39 UTC  

Idiots still have a brain @Post-LSD Swamp

2019-02-08 20:13:47 UTC  

so you could still give an adqueate response

2019-02-08 20:13:55 UTC  

<Density>

2019-02-08 20:14:05 UTC  

I honestly dont know what your question is

2019-02-08 20:14:11 UTC  

What do I need to give a response to?

2019-02-08 20:14:14 UTC  

ok i'll repeat it for the 50th time

2019-02-08 20:14:20 UTC  

Thank you