Message from @Yabai

Discord ID: 624415239370178560


2019-09-20 01:14:48 UTC  

😮

2019-09-20 01:19:28 UTC  

Let me ask you something about density. @rivenator12113

2019-09-20 01:20:02 UTC  

An aircraft carrier weighs quite a lot, I think we both know that. And yet, air craft carriers sail in the ocean all the time.

2019-09-20 01:20:51 UTC  

If density is what causes things to fall, we can assume that it is less dense than the water, correct?

2019-09-20 01:20:59 UTC  

no

2019-09-20 01:21:00 UTC  

@Logrian good one

2019-09-20 01:21:11 UTC  

A bowling ball doesn't weigh as much as a carrier. And yet, it sinks in the water.

2019-09-20 01:21:14 UTC  

@Yabai no one says density is the cause

2019-09-20 01:21:30 UTC  

it's like surface tension or something

2019-09-20 01:21:32 UTC  

Oh?

2019-09-20 01:21:32 UTC  

i forget

2019-09-20 01:21:34 UTC  

You are the only one claiming a cause

2019-09-20 01:21:45 UTC  

Displacement, Eureka is your clue 😉

2019-09-20 01:21:49 UTC  

yeah

2019-09-20 01:21:54 UTC  

that thing

2019-09-20 01:21:59 UTC  

Density happens to determine whether something sinks or rises

2019-09-20 01:22:30 UTC  

Gravity however is a cause that has yet to be fully understood

2019-09-20 01:22:47 UTC  

@generic discord user love u too =)

2019-09-20 01:22:59 UTC  

Lol

2019-09-20 01:23:00 UTC  

I see

2019-09-20 01:23:14 UTC  

River does claim that density is the reason why things fall, though

2019-09-20 01:23:21 UTC  

he made it quite clear in a past conversation with him

2019-09-20 01:24:27 UTC  

Okay, let me ask you this. In a vacuum, a feather and a bowling ball fall at the same speed. Why? @Citizen Z

2019-09-20 01:25:22 UTC  

Never observed, sawry 🙂

2019-09-20 01:25:42 UTC  

So you don't believe things fall at the same speed in a vacuum?

2019-09-20 01:26:01 UTC  

I'm not sure, it hasne been observed.

2019-09-20 01:26:26 UTC  

So what is your current prediction on what would happen in such a case?

2019-09-20 01:26:44 UTC  

I leave thories for NASA 🙂

2019-09-20 01:27:00 UTC  

So, you simply don't know and won't say anything on the matter?

2019-09-20 01:27:29 UTC  

A hypothesis is one thing, a test another, agreed?

2019-09-20 01:27:55 UTC  

Okay, and if I show you a video of a heavier, denser object falling at the same speed as a feather, what then?

2019-09-20 01:29:38 UTC  

It only proves that G is false, an that no resistance means objects speed falls at a similar speed, I've seen the video I think youre refering to.

2019-09-20 01:30:12 UTC  

How do you explain this, though, without density or gravity?

2019-09-20 01:30:28 UTC  

I think we can both agree that things don't just happen for no reason.

2019-09-20 01:30:42 UTC  

What is 'density'?

2019-09-20 01:31:06 UTC  

Mass per volume

2019-09-20 01:31:32 UTC  

You answered a question with a question...

2019-09-20 01:31:42 UTC  

Theres your answer then.

2019-09-20 01:31:50 UTC  

...what?

2019-09-20 01:32:10 UTC  

Things 'fall' because of a lack of resistance.

2019-09-20 01:32:27 UTC  

Why is the direction they fall down and not upwards?