Brings me back to my first point, the boat

@WaffleDolphin

Do I have to retype it?

Pick a nice spot from which you can watch a sunset (we'll call this point A). Ideally, you'd have a clear horizon in front of you, and behind you would be some sort of elevated point that you can quickly access (a hill, a building with at least two floors, etc, we'll call this point B). Watch the sunset from point A, and once the sun is out of sight, hurry on over to point B. With the added elevation provided by point B, you should be able to see the sun above the horizon. If Earth were flat, the sun would not be visible at any elevation once it had set. Because Earth is round, the sun will come back into your line of sight.

Can you really feel something you've felt since birth?

Pick two locations that are some distance apart (at least a couple hundred miles from each other and on the same meridian). Grab two sticks or dowels (or other objects) of equal length, two tape measures, and a friend. Each of you will take one stick/dowel/object and one tape measure to your location, stick the object into the ground, and measure the shadow. (For accuracy, you should both take your measurements at the same time of day.) On a flat Earth, the shadow that is cast by each would be of the same length. However, if you and your friend compare notes, you'll find that one shadow was longer than the other. That's because, due to the curvature of Earth, the sun will hit one part of Earth at one angle and another part of Earth at a different angle even at the same time of day. This experiment has been around since about 240 B.C., when Greek mathematician Eratosthenes compared the shadows cast in both Syene—now Aswan, Egypt—and Alexandria on the summer solstice. Eratosthenes had learned of a well in Syene where once a year on the summer solstice, the sun would illuminate the entire bottom of the well and tall buildings and other objects would not cast a shadow. However, he noticed that shadows were being cast on the summer solstice in Alexandria, so he measured the angle of the shadow and found it to be an angle of about 7.2°.

Our bodies have adjusted to it to the point that us standing still even while moving we do not feel like we are moving

I'm done dealing with people who don't have evidence to back up the facts i've provided. You keep showing pictures that have nothing to do with what I have proven, actually type something

have a conversation

Someone is tilted

looks guys i have a stick and a shadow proves earth is a globe

lol

Like the earth if an asteroid hit it and it was flat

hello fellow flatties or roundies

XD

Completely joking btw

@Lil.Slave -- im a "flat roundie" <:BigSmiles:556070613224259594> 👍

lol

lul

true statement doe..

the stars are out of propertion and it bends in the middle

it's been edited

try again

looks pretty ROUND to me! <:BigSmiles:556070613224259594>

wow

🔎

Amazing mate

-_-

My statement from earlier seems to need to be brought back space is water, Hence the refraction of light

the stars are drones set up by the goverment.

im joking