Put a smaller bowl upside down inside a large bowl so it looks like your lemon squeezer map. Pour water on the bottom of the upturned bowl. You'll end up with a moat
Put a flat earthier into space
- Thread starter southstander
- Start date
Nukehasslefan
Winger
And you'll end up with the water running up both bowls, level and flat.
But not staying on the side of the upturned bowl.
Even if you used a washboard with indentations the water would run off it
Nukehasslefan
Winger
Of course it would stay, unhindered.
It's running up not running down.
The only time it would run down slightly is if pressure was released upon it.
What are you even on about man?
Nukehasslefan
Winger
We'll leave it at that.
fyl2u
Striker
Have you never noticed that when you turn on a tap the water falls upwards towards the ceiling?
Or the way rain falls upwards from the wet ground to form the clouds?
Put a bucket on your head in the shower and the water runs off it. But if you blast your bollocks with a karcher notice how the water moves your tackle upwards
DPTT
Winger
fyl2u
Striker
I didn't have a Karcher handy, so I just tried it with a Hoover instead. I can confirm both that the opposite of what you said is true and that my dog really isn't happy right now.
I don't think you're taking this seriously
There is absolutely no proof that a Hoover moves objects differently to a karcher. None whatsoever.
payne
Striker
it has been categorically proven that karcher moves balls differently to a hoover inside of a cell under pressure density.
DaveH
Striker
I like a good science experiment so I tried this. To my shock the water didn't run up or down the edges of the bowl but I had pumped a jug full of lower pressure and you can see it sucking water in
Logon or register to see this image
That reminds me, I must get some more low pressure to fill it up again with.
Last edited:
It simply hasn't. Hoovers don't exist. What you've used is a broken hairdryer that goes in reverse. You're just told that they are hoovers because like most people you follow the narrative.
You think they pick dust and crumbs up when in reality they move them out of sight due to pressure rearrangement.
Nukehasslefan
Winger
Does that water run up the inner sides of the bowl and stay level or not?
You're just verifying what I said.
payne
Striker
stupid hoover denier
Did you see the drawing I posted of your map with the water level at the top dot.
It would fill the whole lower bowl?
Covering most of the land masses on your map......
Can't believe I'm doing this but......
Using your map I have marked on roughly the Americas and Europe then filled a quite shallow plate using your bowl analogy.
As you can see even a shallow plate submerges south America and a lot of Europe.....
Last edited:
Nukehasslefan
Winger
Yep.
Nope.
Ahhhh right, I see what you're getting at.Can't believe I'm doing this but......
Using your map I have marked on roughly the Americas and Europe then filled a quite shallow plate using your bowl analogy.
As you can see even a shallow plate submerges south America and a lot of Europe.....
Let me try and explain my set up one more time.
The gradient would be absolutely nothing like this. It's only like this to show the premise of what Earth potentially is.
I've explained this but you seem to think the land masses are high up the gradient rather than gradually elevated.
I'll further explain so you are under no illusions about it.
Take a look at the outer part of the circle. The inner rim of the concave bowl before the Earth curves up into a dome.
The water would be sitting high up the bowl which would correspond with the water on the convex gradient.
Anything sitting within that would certainly be submerged if the land mass was not higher than it, sitting within it, which is the case with all land mass. Some sit way higher than others.
If you try to use the bowl with landmass sitting up a mountain, I can't help you.
Just to add. If you think like this then your would have to argue your globe curve based on a small picture. Clearly you can see why that's pointless....right?
Same thing you're trying to do here.
Last edited:
