Message from @PotatoChipMan26

Discord ID: 625237559739678753


2019-09-22 07:48:25 UTC  

I tried to find some

2019-09-22 07:48:29 UTC  

There is none

2019-09-22 07:48:39 UTC  

Show me the proof you talk of

2019-09-22 07:48:45 UTC  

haha show me yours

2019-09-22 07:49:12 UTC  

At least I have done research on it and I know THERE IS NONE rather than blindly defending something I've simply been told

2019-09-22 07:49:31 UTC  

must not have done much research

2019-09-22 07:49:42 UTC  

I hope that proves it's a pull from below ?

2019-09-22 07:49:46 UTC  

Does it?

2019-09-22 07:49:51 UTC  

where else is it a pull from?

2019-09-22 07:49:59 UTC  

Oh dear

2019-09-22 07:50:05 UTC  

oh forgive me

2019-09-22 07:50:12 UTC  

i see how that the heavens push me down

2019-09-22 07:50:14 UTC  

i see

2019-09-22 07:50:15 UTC  

isee

2019-09-22 07:50:25 UTC  

Just get me some proof

2019-09-22 07:50:30 UTC  

I'll be here

2019-09-22 07:50:30 UTC  

get me some?

2019-09-22 07:50:33 UTC  

so will i

2019-09-22 07:50:38 UTC  

and i already did

2019-09-22 07:50:50 UTC  

if you take a look up there

2019-09-22 07:50:50 UTC  

The article says there isn't proof.

2019-09-22 07:50:56 UTC  

Lmao

2019-09-22 07:51:03 UTC  

*cough* darn you can read

2019-09-22 07:51:05 UTC  

I knew it wasn't worth clicking

2019-09-22 07:51:13 UTC  

There isn't none dude

2019-09-22 07:51:14 UTC  

your knowledge is far more superior than i thought

2019-09-22 07:51:26 UTC  

thats false in a spinning cilindrical room you cant move because youre pinned to the wall

2019-09-22 07:51:34 UTC  

oh well at least i tried to prove it, where is yours @ElectroquasistaticMagnetoMan ?

2019-09-22 07:52:03 UTC  

I can show evidence that suggests it's a push from above ,more than you have bud

2019-09-22 07:52:10 UTC  

go on then

2019-09-22 07:52:10 UTC  

You have none

2019-09-22 07:52:16 UTC  

if you show proof ill believe you

2019-09-22 07:52:38 UTC  

uh, k?

2019-09-22 07:53:03 UTC  

Worked example 7.3: Amusement park ride
Question: An amusement park ride consists of a vertical cylinder that spins about a vertical axis. When the cylinder spins sufficiently fast, any person inside it is held up against the wall. Suppose that the coefficient of static friction between a typical person and the wall is $\mu=0.25$. Let the mass of an typical person be $m=60 {\rm kg}$, and let $r=7 {\rm m}$ be the radius of the cylinder. Find the critical angular velocity of the cylinder above which a typical person will not slide down the wall. How many revolutions per second is the cylinder executing at this critical velocity?

2019-09-22 07:53:22 UTC  

dude i understand how that works, why are you pushing it on me?

2019-09-22 07:53:31 UTC  

I without going into them I'll say a few, tamarack plumbob mineshaft experiment,light shield test ,dayton millers interferometry ,the allais effect ,the spinning ball experiment ....yadda yadda

2019-09-22 07:53:35 UTC  

dont make false acussations

2019-09-22 07:54:00 UTC  

@ElectroquasistaticMagnetoMan id like some proof not names of theories and such

2019-09-22 07:54:11 UTC  

@Silly Rabbit, Trix Are For Kids i dont even know what you want right now