its not a mystery seeing farther the higher u go

And as for the second, what is an "angular resolution"

u should look into it

i cant give u a crash course in it

I want you to explain it to me

if u go in a long hallway and put a camera on the floor and look down the hallway u will see more of the ceiling if u put the camera on the ceiling u will see more of the floor

ur standing on earth u are seeing more of the floor so if u go higher u can see more of the floor

That's because the floor is blocking part of your FoV

Or ceiling

ok

so when u go higher u can see more of the earth

idk

ur on the ground ur seeing less of the ground more sky. if u go h igher u can see more of the ground does that not make sense

thats how it works in the halwlay right u go higher u see more of the floor

like i said im not sure if the earth is flat or sphere we would have to have some rock solid proof

How about a photo from 1947 from up high, with first V2 rockets

are v2 rockets the german ones ?

Yeah

I'd post an image, but I'm not allowed to embed media

u knwo they used to fake rocket tech to show to hitler to get more funding ?

Sorta

No, where is proof of that

oh weird said sorta u say no proof u guys should debate it

They showed him stuff and said, look, this almost works, but we need more money

Yes Germans hit London with V2s.

With mock-ups

Well they got em working that's for sure

Yeah, they got them working

I have no doubts about any of that stuff

I only said sorta because they showed Hitler tech and stuff that they didn't get working

And that they didn't continue

So in a way it's kinda fake rocket tech

Smh. Germany built 7000 V2s, they used them to bomb far away places

Because they were nowhere near accurate enough to hit anything close

Except for their own launch sites when they messed up

So how'd they hit london

You calculate the range and required ballistic trajectory, then set the rocket to fire at a set inclination on a set bearing for the time it takes to burn the fuel and it'll land somewhere near London

Ok so, it was accurate

Yeah, but only in the case of you throw enough of them towards the target and they'll hit it eventually

https://blogs.scientificamerican.com/observations/cosmology-has-some-big-problems/

problems