Message from @noah

Discord ID: 563226203637547009


2019-04-04 04:57:10 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/563225529163972627/DeepinScreenshot_select-area_20190404075658.png

2019-04-04 04:57:18 UTC  

You laugh

2019-04-04 04:57:29 UTC  

Gravity doesn't exist, never has never will

2019-04-04 04:57:36 UTC  

What?

2019-04-04 04:57:43 UTC  

Not unless you can prove mass all by itself causes acceleration\

2019-04-04 04:57:56 UTC  

Mass doesn't cause acceleration, force does.

2019-04-04 04:57:57 UTC  

its ridiculous to talk about a robot arm to get to space.

2019-04-04 04:58:02 UTC  

You can drop a 1kg lead ball and a 1000kg lead ball, both will accelerate down at the same rate.

2019-04-04 04:58:09 UTC  

mass does not affect acceleration

2019-04-04 04:58:14 UTC  

density however does

2019-04-04 04:58:33 UTC  

stuff falls at different rates

2019-04-04 04:58:40 UTC  

if you drop them from 80 feet off the ground

2019-04-04 04:58:47 UTC  

air resistance is one of the reasons

2019-04-04 04:58:50 UTC  

drag

2019-04-04 04:58:56 UTC  

5. APPLICATION OF DRAG ON THE BODY: https://imgur.com/a/wzaen55

2019-04-04 04:58:57 UTC  

density is another

2019-04-04 04:59:01 UTC  

So then how do things accelerate downwards at the same rate if density is the cause of it?

2019-04-04 04:59:11 UTC  

density determines how much air resistance there will be

2019-04-04 04:59:12 UTC  

Sheeple's 5th law of acceleration

2019-04-04 04:59:39 UTC  

if you drop two objects in a vacuum, they will fall at the same rate, even at 80 feet off the ground. because air resistance isn't a factor

2019-04-04 04:59:51 UTC  

But what about the densities of the objects?

2019-04-04 04:59:57 UTC  

also doesn't matter

2019-04-04 05:00:03 UTC  

You eliminate the other 10, you prove you have eliminated the other 10, you show me mass has it's own unique accelerative field, I'll buy your gravity

2019-04-04 05:00:08 UTC  

until then, it's not proven

2019-04-04 05:00:08 UTC  

without air resistance density won't affect fall rates

2019-04-04 05:00:31 UTC  

So then why does everything fall at the same rate?

2019-04-04 05:00:42 UTC  

things don't fall at the same rates

2019-04-04 05:00:55 UTC  

if they are different shapes with different densities

2019-04-04 05:00:59 UTC  

Why do things, in a vacuum, fall at the same rate?

2019-04-04 05:01:06 UTC  

I already said why

2019-04-04 05:01:18 UTC  

Why do they fall at all if there's no density at all?

2019-04-04 05:01:40 UTC  

in a vacuum things have less mass

2019-04-04 05:01:46 UTC  

@noah They don't

2019-04-04 05:01:51 UTC  

Yes they do.

2019-04-04 05:02:00 UTC  

they still have the same density

2019-04-04 05:02:15 UTC  

How do things in a vacuum lose their mass?

2019-04-04 05:02:35 UTC  

Can anyone prove to me that the earth is flat
Now hear me out, I am not personally a flat earther
I just want to know why you guys think the earth is flat plz no perma ban

2019-04-04 05:02:38 UTC  

They don't @noah You're just applying the 2nd law of Sheeple's Accelerationism

2019-04-04 05:02:45 UTC  

2. CHANGING THE DENSITY OF THE MEDIUM: https://imgur.com/i0Cww6Y