Message from @Human Sheeple

Discord ID: 554695898601488390


2019-03-11 16:02:05 UTC  
2019-03-11 16:02:17 UTC  

We don’t observe the earth curving into a ball. No.

2019-03-11 16:02:19 UTC  

@bobrossismygod How do I "observe gravity" exactly?

2019-03-11 16:02:28 UTC  

Wouldn’t work in a vacuum

2019-03-11 16:02:31 UTC  

by dropping something @Human Sheeple

2019-03-11 16:02:35 UTC  

It would get crushed

2019-03-11 16:02:39 UTC  

by throwing an item out

2019-03-11 16:02:42 UTC  

alright let me point out a thing quickly @Human Sheeple

2019-03-11 16:02:43 UTC  

I dropped something

2019-03-11 16:02:45 UTC  

and see that it gets dragged to the ground

2019-03-11 16:02:46 UTC  

it went up

2019-03-11 16:02:49 UTC  

Earth is not a perfect sphere

2019-03-11 16:02:51 UTC  

Is that "gravity" I am observing?

2019-03-11 16:03:06 UTC  

bcus

2019-03-11 16:03:06 UTC  

Gravity is a theory fr

2019-03-11 16:03:13 UTC  

Not proven

2019-03-11 16:03:14 UTC  

gravity has more weight than helium

2019-03-11 16:03:14 UTC  

That's gas wich is lighter inside a baloon, it's called helium

2019-03-11 16:03:25 UTC  

"Theory"

2019-03-11 16:03:27 UTC  

@2_h0t Congratulations you're really smart, I choose to not conform to an untested theory

2019-03-11 16:03:31 UTC  

and will therefore be dragged to the ground, and the helium on top of the air

2019-03-11 16:03:38 UTC  

untested theory

2019-03-11 16:03:53 UTC  

I have something to say

2019-03-11 16:04:06 UTC  

For people who say earth is flat

2019-03-11 16:04:15 UTC  

alright first point of infinite ones

2019-03-11 16:04:18 UTC  

ಠ‿ಠ

2019-03-11 16:04:21 UTC  

1. The Moon
Now that humanity knows quite positively that the Moon is not a piece of cheese or a playful god, the phenomena that accompany it (from its monthly cycles to lunar eclipses) are well-explained. It was quite a mystery to the ancient Greeks, though, and in their quest for knowledge, they came up with a few insightful observations that helped humanity figure out the shape of our planet.

Aristotle (who made quite a lot of observations about the spherical nature of the Earth) noticed that during lunar eclipses (when the Earth’s orbit places it directly between the Sun and the Moon, creating a shadow in the process), the shadow on the Moon’s surface is round. This shadow is the planet's, and it’s a great clue about the spherical shape of the Earth.

lunar eclipse
LUNAR ECLIPSE

A sequential view of the lunar eclipse that occurred on April 15, 2014. You can see Earth's shadow crossing the face of the Moon, and the shadow's shape is curved because Earth is spherical.

Javier Sánchez

Since the earth is rotating (see the “Foucault Pendulum” experiment for a definite proof, if you are doubtful), the consistent oval-shadow it produces in each and every lunar eclipse proves that the earth is not only round but spherical—absolutely, utterly, beyond a shadow of a doubt not flat.

2019-03-11 16:04:21 UTC  

@Human Sheeple thanks I appreciate what ur doing

2019-03-11 16:04:23 UTC  

I say Earth is apparently mostly locally flat under certain weather conditions, be specific please

2019-03-11 16:04:33 UTC  

perfect time for the title of this song https://www.youtube.com/watch?v=8AZxUtZ2ZgI

2019-03-11 16:04:36 UTC  

K take this then, take ur pc, throw it out the window, and since there is no gravity, it shouldnt fall to the ground and get destroyed yes?=D @Human Sheeple

2019-03-11 16:04:52 UTC  

@Human Sheeple painful to see how people are close minded enough to believe everything they hear

2019-03-11 16:05:17 UTC  

If Foucault pendulums proved the earth moves, wrecking balls would never stop swaying.

2019-03-11 16:05:30 UTC  

alright explain

2019-03-11 16:05:36 UTC  

why do ships appear on the horizon

2019-03-11 16:05:43 UTC  

and not just always stay there

2019-03-11 16:05:56 UTC  

@Android Prove the cause of the shadow on the moon is the Earth, you should be able to test this with a big balloon or a temporary structure and cast your very own shadow on the moon as if you were putting your hand in front of a torch. It's been tested ZERO times by the way

2019-03-11 16:06:08 UTC  

Hi guys

2019-03-11 16:06:11 UTC  

Do you have a sense of size

2019-03-11 16:06:17 UTC  

What did I miss