Message from @Sheep of HAZeus
Discord ID: 563831135017369610
Welcome back from jail, Forbes
Z
Shut this nerd up
>>unmute 236684375213735937
<:vError:390229421228949504> You must have the following permissions to use that: Manage Roles
>>unmute 236684375213735937
<:vError:390229421228949504> You must have the following permissions to use that: Manage Roles
@Ricardo Milos You can't even prove a globe to yourself. Let alone, proving me wrong on anything.
!mute @Garrydairy
Garrydairy#1096 (294219237734481920) is now muted for '**Unspecified.**', alright? <:THUMBSUP6:403560443345371137>
If the earth was flat, couldnt I see a ship sailing forever?
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@RubADub No
Heyo
Ok listen...
Don't fall for that crap
can u explain y i want toknow
then why dont ships fall off the edge?
the edge is 400 feet up in the air
how do you fall off
Do you guys even try to look up our arguments and try to understand them before coming here and proving how absurdly IGNORANT you lot are?
omg why
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.
Lol
@Seeker of Truth I can screen Share
not interested
whats 9 plus 10 the mad philosopher
SO if America is on the ‘left side’ and Australia is on the ‘ride side of true earth why doesn’t it take like 36 hours to get to each other instead it takes less time because the Earth is spherical
@🍄The Mad Philosopher🍄 But why can't I see a ship sail forever?
something for nothing is probably too good to be true
hackers everywhere
don't fall for that BS
If you’ve been next to a port lately, or just strolled down a beach and stared off vacantly into the horizon, you might have noticed a very interesting phenomenon: Approaching ships do not just “appear” out of the horizon (like they should have if the world was flat), but rather seem to emerge from beneath the sea.
But—you say—ships do not submerge and rise up again as they approach our view (except in Pirates of the Caribbean, but we are hereby assuming that was a fictitious movie series). The reason ships appear as if they “emerge from the waves” is because the world is not flat: It’s round.
i already have a ps4