ok why?

There is no reason for the earth beeing flat. The shape things take is spherical

LIGHTS in the sky seem to take a spheical shape, huh!

i believe it could be flat but you have to support the claim and say why its flat

NOT MY FLOOR tho

Because your floor wasn't formed on it's own

@the21cat NOTHING i "say" will make you believe its flat

those are contradicting but it could point either way

@viherkasvi -- i know it wasnt (formed on its own), it was CREATED that way

smfhhh

@✧Mike Flatbird (Mike Blackbird)✧ Yes, was earth created?

if I can comprehend your model it well

but i see numerous problems

its too uncertain

Light and FLOOR ...
http://prntscr.com/hnnmrh

yeah,, hmm..gee,,,, ...im in my KITCHEN right now, .. and..gee..the LIGHTBULBS (in my CEILING) look SORT OF LIKE a possible "Ball"? ..but??...

what the heck? HOW can my (kitchen) FLOOR be FLAT ? ____🤔

not the reasoning for a global earth that people are suggesting. Most anyway

🔭 <:lul:484994724118134784>
https://cdn.discordapp.com/attachments/559905290175381504/561406220485918720/FlatEarthLookItsAGlobe.jpg

Density seeking medium makes spherical shapes, dense in the middle, less dense outwards evenly. That dictates the shape of the earth

using stars to say the earth is a globe is in my opinion about the same logic

just because other things are circular wouldn't make earth circular thats the problem

Mass attracting mass makes spheres

If not manipulated

The attraction is equal to every direction

yes but we arent under that consensus for whatever reason. Even though gravity due to mass was proved with like 700 pound dense masses on earth in an experiment in like the 16th century we are still not in that consensus

Consensus about what?

gravity being real and mass being attracted to mass

But people who think otherwise deny reality

any astronomy used to prove mass attracts mass is flawed but here on earth we can actually isolate the variables

Mass attracts mass

its not so much

Gravity is not proven I think

It's a force that we call gravity

It was with like 300 kg masses and torque

it affected the acceleration of other masses

Yes

Hard to measure 'cos it's so weak as a force

yeah thats why we need like 300 kg masses to get any not negligable effect

thats almost 700 lbs by the way

and dense too

Im from Finland, we use kilos