Message from @Ferocious Chicken

Discord ID: 657709432506941442


2019-12-20 22:20:38 UTC  

they send the rockets up until you cant see them

2019-12-20 22:20:45 UTC  

until i cant see them huh?

2019-12-20 22:20:52 UTC  

and what, they just fall down into earth again?

2019-12-20 22:20:54 UTC  

They arent going anywhere xD

2019-12-20 22:21:07 UTC  

It's so fake.

2019-12-20 22:21:10 UTC  

nah

2019-12-20 22:21:11 UTC  

answer me

2019-12-20 22:21:16 UTC  

if they dont go to space where do they go

2019-12-20 22:21:23 UTC  

Up

2019-12-20 22:21:25 UTC  

and then?

2019-12-20 22:21:28 UTC  

@🎃Oakheart🎃 Can you provide evidence, or do you just assume

2019-12-20 22:21:29 UTC  

And then down to one of their facilities.

2019-12-20 22:21:33 UTC  

BRUH

2019-12-20 22:21:39 UTC  

dumbest excuse ever

2019-12-20 22:21:40 UTC  

Can you please explain why the horizon is always at eye level?

2019-12-20 22:21:45 UTC  

the ISS is fake as well.

2019-12-20 22:22:07 UTC  

@🎃Oakheart🎃 I asked for evidence that rockets don't go anywhere. Don't deflect.

2019-12-20 22:22:18 UTC  

I asked you the question far earlier.

2019-12-20 22:22:21 UTC  

And you never answered.

2019-12-20 22:22:27 UTC  

They do

2019-12-20 22:22:28 UTC  

What question?

2019-12-20 22:22:30 UTC  

And let me show you

2019-12-20 22:22:33 UTC  

Horizon at eye level

2019-12-20 22:22:38 UTC  

Dont show me test rockets

2019-12-20 22:22:58 UTC  

Also how can you launch a rocket from a ball spinning at 1000+mph

2019-12-20 22:23:05 UTC  

@🎃Oakheart🎃 To make it short, consider your sight as a straight line (you've got no choice anyway, when you will look at the horizon, you will see it from... "A line of sight"), looking at a round surface.

Imagine, in your head (since I can't add a image right now), a globe (earth) seen from afar. Imagine a tower on the somewhere on the surface (no matter it's height) and you, on top of it.

Now draw a line between you and the horizon you will be looking at (two directions, either to the left or to the right of your tower). This straight line will be a tangent to the earth's surface, right?

If you look higher than this line, you will only see the sky.
If you look lower than this line, you will see the ground (which can't be properly called horizon).
Directly in front on your eyes, in your line of sight, will be the horizon, limit between the ground and the sky.

So... Wherever you are on the globe, no matter how high your tower is (or even without any tower, your personal height will virtually be the tower for your eyes), when you will be looking at the horizon, that fixed "line" (which is locally a line but actually a curve) will be directly in front of your eyes. Your line of sight.

2019-12-20 22:23:08 UTC  

there is ur answer

2019-12-20 22:23:27 UTC  

https://cdn.discordapp.com/attachments/538929818834698260/657709681292214313/Flat-Earth-Rocket-Curve-Not_Hit_Dome.png

2019-12-20 22:23:35 UTC  

@🎃Oakheart🎃 Conservation of momentum. No give me evidence of your ridiculoud claim

2019-12-20 22:23:35 UTC  

whats that supposed to prove

2019-12-20 22:23:42 UTC  

Those are boeings test rockets

2019-12-20 22:23:42 UTC  

Rockets

2019-12-20 22:23:44 UTC  

@🎃Oakheart🎃 look at my answer

2019-12-20 22:23:52 UTC  

yeah rockets are cool what about them

2019-12-20 22:23:55 UTC  

rockets leave the atmoshpere in a titled angle

2019-12-20 22:23:59 UTC  

they dont go straight up

2019-12-20 22:24:04 UTC  

🤡

2019-12-20 22:24:07 UTC  

I did, yet if the Earth was curved you wouldn't see it at eye level.

2019-12-20 22:24:10 UTC  

It'd get lower.

2019-12-20 22:24:14 UTC  

why would a rocket go straight up

2019-12-20 22:24:25 UTC  

oakheart