Message from @Sausage

Discord ID: 589409353170419742


2019-06-15 11:01:12 UTC  
2019-06-15 11:01:17 UTC  

At the same time there is a tiny attractive force linked to that mass

2019-06-15 11:01:26 UTC  

@PsyClone Im catholic but this was too much

2019-06-15 11:01:30 UTC  

@Albert Einstein What property of mass causes the acceleraiton?

2019-06-15 11:01:35 UTC  

MASS

2019-06-15 11:01:41 UTC  

And gravity

2019-06-15 11:01:46 UTC  

What property of mass resists the acceleration?

2019-06-15 11:01:47 UTC  

Mass is a value and not vector

2019-06-15 11:01:53 UTC  

Mass

2019-06-15 11:01:56 UTC  

The Earth is Flat in every religion

2019-06-15 11:01:56 UTC  

And gravity

2019-06-15 11:01:57 UTC  

The acceleration of one of the masses is indepedant of mass because mass is part of both equations so it cancels out

2019-06-15 11:01:58 UTC  

OK

2019-06-15 11:02:00 UTC  

BUT

2019-06-15 11:02:03 UTC  

YOU

2019-06-15 11:02:05 UTC  

NEED

2019-06-15 11:02:07 UTC  

TWO

2019-06-15 11:02:08 UTC  

You fail at your own religion

2019-06-15 11:02:10 UTC  

MASSWS

2019-06-15 11:02:16 UTC  
2019-06-15 11:02:20 UTC  

Gravity is cause by at leats 2 bodies with a mass

2019-06-15 11:02:21 UTC  

>>mute @Felix33x severe cognitive dissonance believes mass both causes and resists acceleration simultaneously, very severe case and mentally disturbed

2019-06-15 11:02:21 UTC  

<:vSuccess:390202497827864597> Successfully muted **Felix33x**#8025

2019-06-15 11:02:26 UTC  

Make me

2019-06-15 11:02:28 UTC  

@Human Sheeple How about we do a practical example here

2019-06-15 11:02:34 UTC  

And you tell me the contradiction

2019-06-15 11:02:39 UTC  

Two balls in empty space

2019-06-15 11:02:48 UTC  

Ball number 1 is 1 kg

2019-06-15 11:02:52 UTC  

Ball number 2 is 2 kg

2019-06-15 11:03:16 UTC  

This means of the batt that if you were to push ball number 2 with the same force you pushed ball nr 1 it would accelerate at half the rate

2019-06-15 11:03:38 UTC  

Let's say they are 1 meter apart

2019-06-15 11:03:46 UTC  

The resistance to acceleration can be measured yes

2019-06-15 11:03:46 UTC  

F=Gm1m2/r^2

2019-06-15 11:03:57 UTC  

@Albert Einstein Got an experiment for that little formula?

2019-06-15 11:04:02 UTC  

Yes, plenty

2019-06-15 11:04:06 UTC  

May I see please?

2019-06-15 11:04:10 UTC  

Hundreds and hundreds of gravimeter studies

2019-06-15 11:04:28 UTC  

Let's just get your percived contradiction out of the way first

2019-06-15 11:04:45 UTC  

The acceleration of object 1 is:

2019-06-15 11:04:46 UTC  

What's a gravimeter?

2019-06-15 11:04:58 UTC  

F=m1a=Gm1m2/r^2