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Put a flat earthier into space


I'm just asking a question about the gradient and roughly where these roads would sit.
Saying as 2 roads go at 90 degs to each other and both are about 6000 miles long then africa must almost reach from the ice wall to the central area if the world is only 17000 miles across?
Like I said about where landmass is situated.
 
Ok, so
  • Where is this pressure concentrated?
From areas hit.
  • Does it sweep around the planet or does it just push the oceans in one place?
It doesn't sweep around any planet, it slow sweeps around the Earth cell as a pressure push.
  • Why is there no record of it?
There is, you call it gravity pull from what you're told.
  • How strong (e.g. in pascals) is this pressure?
It depends on the centre outwards.
  • Why does it not upset weather systems, or does it and the evidence is in meteorological records?
What do you mean by upset weather systems?
You're talking dissipation of pressure and with it you will get weather change from many variations of low to high pressures.
I think you missed the word "nothing" from the end of this :lol:
You have a chance at doing a simple jigsaw at least.
So show me roughly
Show you what?
 
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From areas hit.

It doesn't sweep around any planet, it slow sweeps around the Earth cell as a pressure push.

There is, you call it gravity pull from what you're told.

It depends on the centre outwards.

What do you mean by upset weather systems?
You're talking dissipation of pressure and with it you will get weather change from many variations of low to high pressures.

You have a chance at doing a simple jigsaw at least.

Show you what?
So it can or it can't be detected on land?
 
Ok, so
  • Where is this pressure concentrated?
  • Does it sweep around the planet or does it just push the oceans in one place?
  • Why is there no record of it?
  • How strong (e.g. in pascals) is this pressure?
  • Why does it not upset weather systems, or does it and the evidence is in meteorological records?

I checked and the highest typical differential tide height is in Canada at 16m though they see 15m in Bristol at times. This would require a pressure swing of at least 1.5 bar to effect a height change of this magnitude.
 
Where the landmasses are on your 17000 mile wide world. I mean let's just start with africa roughly to scale.
The one that has a couple of 6000 mile long highways running at right angles to each other
Let's not pretend you're a map maker.
So it can or it can't be detected on land?
Marginally, yes, as I said ages ago.
I know I know your graphs and pressure sensors didn't go off. Well, you'll just have to go with what you're offering and claim whatever you will.
It changes nothing from my side, just so you understand.
 
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Let's not pretend you're a map maker.

Marginally, yes, as I said ages ago.
I know I know your graphs and pressure sensors didn't go off. Well, you'll just have to go with what you're offering and claim whatever you will.
It changes nothing from my side, just so you understand.
So you said you had experiments to support this. Can you share some details on what your experiments were?
No, it's because none of you can draw a world map but feel you can argue for one.
I did say that if we could agree on say 50 cities and direct distances from each on to it's 4 or 5 nearest neighbours, then I'd be happy to put it into a graphing application and see what shape pops out.
 
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