Message from @🍄The Mad Philosopher🍄

Discord ID: 567234294783803402


2019-04-15 06:21:46 UTC  

It's keyboard correcting from multiple uses being stored in your device. Fucking learn something. @KekMasterFlash😂👌

2019-04-15 06:21:54 UTC  

<:minion:563141676663701505>

2019-04-15 06:21:59 UTC  

Turn off autocorrect

2019-04-15 06:22:04 UTC  

It's garbage anyway

2019-04-15 06:22:13 UTC  

Here's something for you to learn

2019-04-15 06:22:19 UTC  

The Earth is round

2019-04-15 06:22:24 UTC  

Nope

2019-04-15 06:22:29 UTC  

Commercial space flight when

2019-04-15 06:22:46 UTC  

You need a cause for your magical gravity to have a globe @KekMasterFlash😂👌

2019-04-15 06:22:57 UTC  

***WHAT CAUSES GRAVITY?!***

2019-04-15 06:23:03 UTC  

Still no answer

2019-04-15 06:23:23 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ you could've studied something meaningful for 5-10 hours for 3 years, and youd be nearly a master at something useful

2019-04-15 06:24:22 UTC  

i am a MASTER

2019-04-15 06:24:28 UTC  

of being wrong and misinformed

2019-04-15 06:24:31 UTC  

@KekMasterFlash😂👌 Strawmanning instead of conceding that you have no cause for gravity. Concede defeat, young one.

2019-04-15 06:25:01 UTC  

Newton's law of universal gravitation states that every particle attracts every other particle in the universe with a force which is directly proportional to the product of their masses and inversely proportional to the square of the distance between their centers.[note 1] This is a general physical law derived from empirical observations by what Isaac Newton called inductive reasoning.[1] It is a part of classical mechanics and was formulated in Newton's work Philosophiæ Naturalis Principia Mathematica ("the Principia"), first published on 5 July 1687. When Newton presented Book 1 of the unpublished text in April 1686 to the Royal Society, Robert Hooke made a claim that Newton had obtained the inverse square law from him.

2019-04-15 06:25:22 UTC  

@🍄The Mad Philosopher🍄 Gravity is caused by the distance between objects, and their difference of mass

2019-04-15 06:26:13 UTC  

i explained "GRABBITY" EARLIER

2019-04-15 06:26:18 UTC  

scrollll up

2019-04-15 06:26:29 UTC  

it's scientifically incorrect

2019-04-15 06:26:34 UTC  

@KekMasterFlash😂👌 That couldn't possibly be. Know Why?
What came first? The mass or the force? The force clearly would come before any object could be affected by it.

2019-04-15 06:26:48 UTC  

They came together

2019-04-15 06:26:59 UTC  

@KekMasterFlash😂👌 So is your bullshit asspull of an explaination.

2019-04-15 06:27:02 UTC  

@Siriusly bullshit

2019-04-15 06:27:03 UTC  

It's not impossible for two things to exist simultaneously

2019-04-15 06:27:05 UTC  

Prove it

2019-04-15 06:27:12 UTC  

Okay, you tell us master

2019-04-15 06:27:15 UTC  

What causes gravity

2019-04-15 06:27:17 UTC  

You exist
There's my proof

2019-04-15 06:27:22 UTC  

@Siriusly The force had to come before a mass could be

2019-04-15 06:27:30 UTC  

Why would it?

2019-04-15 06:27:34 UTC  

@KekMasterFlash😂👌 -- all you gotta do is scroll-up , m'kayy

2019-04-15 06:27:39 UTC  

It would start on the atomic level

2019-04-15 06:27:53 UTC  

@Siriusly That's beyond unscientific and I will not entertain your lack of understanding any longer.

2019-04-15 06:28:09 UTC  

Atoms attracting atoms, molecules attracting molecules, eventually on a massive scale
Over a ridiculously long amount of time

2019-04-15 06:28:28 UTC  

No idea where atoms came from though tbh

2019-04-15 06:28:44 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ you modified the britannica definition of gravity?

2019-04-15 06:29:40 UTC  

lol LaTeX cucked you

2019-04-15 06:29:41 UTC  

Oof what happened

2019-04-15 06:29:51 UTC  

In today's language, the law states that every point mass attracts every other point mass by a force acting along the line intersecting the two points. The force is proportional to the product of the two masses, and inversely proportional to the square of the distance between them.[2]

2019-04-15 06:30:04 UTC  

F = G (m1) (m2) /r{squared}