Message from @Say

Discord ID: 646150353724768271


2019-11-18 18:38:58 UTC  

Bye guys chat later 😘❤️

2019-11-18 18:39:06 UTC  

seeya jae

2019-11-18 18:39:28 UTC  

See ya Cat ✌🏼 Bye Doc 🌟

2019-11-18 22:20:57 UTC  

~~i want to go back to the ice box~~

2019-11-18 22:31:44 UTC  

lolol

2019-11-18 23:51:26 UTC  

I still wanna know why things accelerate downwards

2019-11-18 23:58:45 UTC  

because you need a guru 😉

2019-11-19 00:43:50 UTC  

@Say gravity

2019-11-19 00:44:04 UTC  

But we dont know why

2019-11-19 00:44:19 UTC  

How many times r u going to ask

2019-11-19 00:44:40 UTC  

i think he just likes it when you pay attention to him

2019-11-19 00:46:35 UTC  

Nah, i just haven’t been given a good answer

2019-11-19 00:46:50 UTC  

Gravity doesn’t function in a flat earth model

2019-11-19 00:47:59 UTC  

That's because gravity is only a theory

2019-11-19 00:48:54 UTC  

Well that’s not true

2019-11-19 00:49:31 UTC  

hes looking for a guru to teach him

2019-11-19 00:49:37 UTC  

We have evidence-based theories to explain the phenomenon of gravity. But we have the math and constants to demonstrate gravity’s existence

2019-11-19 00:49:45 UTC  

Ahh is he now? 🤔

2019-11-19 00:50:33 UTC  

falling numbers ha ha ha

2019-11-19 00:50:37 UTC  

He's not critically thinking to find out the major flaw in gravity

2019-11-19 00:50:49 UTC  

What’s the major flaw

2019-11-19 00:53:03 UTC  

that it accidentally can be observed if I drop a 1kg ball about 10 meters

2019-11-19 00:53:08 UTC  

I just like the equation

2019-11-19 00:53:12 UTC  

There is no constants

2019-11-19 00:53:27 UTC  

it's pretty useful in linear and projectile kinematics

2019-11-19 00:53:32 UTC  

hard as hell to memorize though

2019-11-19 00:53:38 UTC  

Ehh

2019-11-19 00:53:43 UTC  

change isnt a constant. my bad

2019-11-19 00:53:44 UTC  

There’s only a few equations

2019-11-19 00:53:49 UTC  

And a single constant

2019-11-19 00:53:55 UTC  

There is a constant lol

2019-11-19 00:53:59 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/646151150432944129/Kinematics.png

2019-11-19 00:54:03 UTC  

this use the constant

2019-11-19 00:54:06 UTC  

G = 6.67x10^-11

2019-11-19 00:54:07 UTC  

and they have observable proof of them working

2019-11-19 00:54:27 UTC  

Oh no ew we don't talk about G that's just annoying on anything less than a planetary scale

2019-11-19 00:55:01 UTC  

Well yeah, if we’re on earth we usually just use 9.8 m/s^2

2019-11-19 00:55:24 UTC  

But we need to use GMm/r^2 to find the gravitational force between two objects

2019-11-19 00:55:35 UTC  

Get your globe bs out of here

2019-11-19 00:55:48 UTC  

It’s demonstrably true

2019-11-19 00:55:55 UTC  

it's a nifty tool to see how far things go