Hey I’m back

Oof

Big dumbs

Nien

Your brains are flatter than a white girls a ss

good to know

SPECIAL SNOWFLAKES

yes

Ok thot

Have fun

cool idc

Just stop reading if your mad

Miss everything is offensive to me

Nice

Elliegreen122 is the definition of basic b I t c h

Hi

Idk

Wow

Using bad words now

Your dumb, you look like a basic b I t c h, and you are overly offended by everything

I’m not she is just choosing to be offended

Yuh

too bad tough s h I t

Oh boy

Ok calm down shaggy

Little too far

and your dad thinks your unwanted too

You have a dead show as an avatar

Ok well your dad is dead you don’t need to act victim to make me feel bad about it just cause you didn’t like what i said

Oof here comes the ban

Jesus

I bet

Wot

That’s true

But still

Two dead kids then

Have fun at the funeral for their 1st birthday

So what would happen if I scratched them with a rusty nail

Yuh

Ok cool pic doesn’t explain anything tho

Well sounds like your children were a gift from god

They even got an extra chromosome because they were so special

Yeah boi

No u

No u

No u shaggy

That’s bull s h I t

What are you gonna do when your kid gets measles

They dead

Beautiful description

I’m hanging that up on my wall

n I g g e r

We know

No

Took you long enough to find a fake YouTube video

YouTube is not a reliable source

No they are not when your a kid with a developing body

Yes

Show proof

No u @🍄The Mad Philosopher🍄

Extra chromosome

Just because people says it’s flat doesn’t mean it actually is

Yes you do

You haven’t shown proof once

WELL IM THE ONE ASKING THE QUESTION

No your just saying it’s flat

Yuh

Solar eclipses get all the attention, but if you are able to catch a glimpse of a lunar eclipse, you can see evidence that the Earth is, indeed, round. Here's how it works: Earth passes between the moon and sun, so that the sun projects Earth’s shadow onto the Moon in the night sky. You've probably seen a partial lunar eclipse without even noticing it; if the moon looks orange, that's a sign of a lunar eclipse. If you've ever seen a total lunar eclipse, you probably noticed that the shadow did not look like this. A round shadow crossed over a round object. This does not sound like a thing that would happen if we were on a plane with all of the celestial bodies simply hovering overhead—or, perhaps more assinine, if the sun were orbiting Earth and not vice versa. The last total lunar eclipse took place on January 31, 2018, but it was not visible in most of the United States.

There’s your proof

What that’s not how a telescope works

Your name

Just join us and shut up

Earth is round cause earth Chan is thicc

Did I change your mind

These pics are all photoshopped

Dang that’s what he gets

yea

Earth is round

🤦🏼‍♂️

You big dumb

Spend some more time on your kids than on this bs

that has nothing to do with earth

Can’t answer that huh

what’s the rock cycle @🍄The Mad Philosopher🍄

Can’t answer that huh

Yeah

Stop looking it up

Yeah

What a dumb a s s

your just saying that cause you can’t answer my question

No it’s not

It’s facts on how the earth wa made

@🍄The Mad Philosopher🍄 is just dumb

Anythung huh

Bad language

Answer my question

Your f u c k i n g mental @🍄The Mad Philosopher🍄

Shut this nerd up

The Earth is different from other planets, that much is true. After all, we have life, and we haven’t found any other planets with life (yet). However, there are certain characteristics all planets have, and it will be quite logical to assume that if all planets behave a certain way, or show certain characteristics—specifically if those planets are in different places or were created under different circumstances—our planet is the same.
In other words: If so many planets that were created in different locations and under different circumstances show the same property, it’s likely that our own planet has the same property as well. All of our observations show that other planets are spherical (and since we know how they’re created, it’s also obvious why they take this shape). Unless we have a very good reason to think otherwise (which we don’t), our planet is very likely the same.
In 1610, Galileo Galilei observed the moons of Jupiter rotating around it. He described them as small planets orbiting a larger planet—a description (and observation) that was very difficult for the church to accept, as it challenged a geocentric model where everything was supposed to revolve around the Earth. This observation also showed that the planets (Jupiter, Neptune, and later Venus was observed too) are all spherical, and all orbit the sun.
A flat planet (ours or any other planet) would be such an incredible observation that it would pretty much go against everything we know about how planets form and behave. It would not only change everything we know about planet formation, but also about star formation (our sun would have to behave quite differently to accommodate the flat-earth theory) and what we know of speeds and movements in space (like planets' orbits and the effects of gravity). In short, we don’t just suspect that our planet is spherical. We know it.

@🍄The Mad Philosopher🍄