Message from @Riley

Discord ID: 642109227380244491


2019-11-07 21:06:51 UTC  

I mean this is something oyu would expect if...

2019-11-07 21:06:54 UTC  

the Earth was a ball

2019-11-07 21:06:57 UTC  

and it was spinning!

2019-11-07 21:07:11 UTC  

They didn't even factor the air density which can affect the weight, if you really wanted to prove that it was gravity you would've done it in a vacuum and eliminated other variables that could've jeopardized the experiment.

2019-11-07 21:07:37 UTC  

That's so disingenuous that you're gonna attribute that to gravity.

2019-11-07 21:07:56 UTC  

why would air density be different at the equator?

2019-11-07 21:08:12 UTC  

I don't know, it's a factor that can affect weight?

2019-11-07 21:08:54 UTC  

You need to isolate the variables that affect gravity if you want to prove gravity which you always ignore. This can be done within a vacuum chamber.

2019-11-07 21:09:09 UTC  

air density is pretty consistent tbh

2019-11-07 21:09:18 UTC  

oh yea

2019-11-07 21:09:27 UTC  

we have uhh..dropped things in vacuum chambers

2019-11-07 21:09:29 UTC  

they fall

2019-11-07 21:09:35 UTC  

That's not the point.

2019-11-07 21:09:42 UTC  

idk what you want then

2019-11-07 21:10:09 UTC  

Test the weight at the equator and in another place in the world in a vacuum chamber, otherwise it's a failed experiment that failed to remove important factors.

2019-11-07 21:11:34 UTC  

oh no, your not one of those "density and buoyancy" people are you?

2019-11-07 21:12:01 UTC  

When did I ever state that?

2019-11-07 21:12:10 UTC  

you didn't, which is why i am asking

2019-11-07 21:12:12 UTC  

lol

2019-11-07 21:12:43 UTC  

It's not important to the convo we're having and your ''conclusive evidence'' was debunked.

2019-11-07 21:12:49 UTC  

no it wasnt

2019-11-07 21:12:53 UTC  

you gave me a very big "what if"

2019-11-07 21:13:00 UTC  

air density is consistent

2019-11-07 21:13:21 UTC  

the only time it would change is with altitude, and even that is hardly noticable unless you are very high up

2019-11-07 21:13:22 UTC  

You failed to recognize that at different altitudes the air density is different and this is a factor that affects weight.

2019-11-07 21:15:07 UTC  

I mean the effects of the buoyant force would be pretty small

2019-11-07 21:16:10 UTC  

even smaller than the change due to the centrifugal force

2019-11-07 21:24:56 UTC  

Even if it's small, it's still a factor to consider that you completely ignored. This is textbook scientific experimentation definition that you're supposed to follow, you have to remove all the factors that can affect what you're trying to conclude and you failed to recognize that different air density affects weight... I don't know what else to tell you?

2019-11-07 21:25:34 UTC  

Unless you're 12 and have no idea what I'm talking about.

2019-11-07 21:29:17 UTC  

imma do a bit of math

2019-11-07 21:29:19 UTC  

to show you

2019-11-07 21:29:20 UTC  

how small it is

2019-11-07 21:29:46 UTC  

i gotta be quick tho

2019-11-07 21:29:49 UTC  

because im about to go

2019-11-07 21:31:10 UTC  

2019-11-07 21:31:15 UTC  

eh, ill do it when i get back

2019-11-07 21:31:17 UTC  

i really dont have time

2019-11-07 21:37:51 UTC  

You can't do the math, the only information that you have is how much it weighs and where it was tested. You would need the P to calculate anything substantial which he deliberately chose to not inform you, why don't you globe earthers recognize the tricks you're getting played?

2019-11-07 22:01:34 UTC  

@Riley buy a scale and test the different latitudes. You will be surprised

2019-11-07 22:02:05 UTC  

It doesn't always work the way the globe model is said

2019-11-07 22:19:07 UTC  

Kenya, the highest elevation point out of all the places, is also tested for the lowest weight out of all the results 🤔 lets completely throw the altitude factor out the window to prove gravity, fuck a controlled experiment amirite?