Denpressure doesn't work.
Denpressure works perfectly and perfectly fits what we see and feel.
Air pressure pushes nearly equally on all sides of an object, yet only moves it one direction?
What do you mean by moves in one direction?
Sceptimatic claims 'stacked air' above the object or pressure buildup from being lifted, yet it only works in one direction?
Explain what you're talking about.
Sceptimatic claims it's the air molecules above other air molecules that push downward, but what causes the topmost air molecule to push downward?
No I didn't. I said it's all a push on push or push against resistance top push, both ways.
The top most molecules make up the ice dome. They are fully expanded and are dormant, so they freeze because they do no pushing until they encounter more pressure pushing against them. This creates what we would know as a superfluid, created under and pushing UP into that ice.
Call it natures window cleaner against the real vacuum of true blackness that is not space that we know of.
This means there is nothing pushing down on the one below it, and so that one won't push on the one below it either, so on and so on all the way to the ground.
As I explained above. The push is from the bottom to the top due to agitation due to compression release.
A block of lead is heavier than an equally sized block of aluminum. Sceptimatic claims the aluminum is lighter because the air pressure passes through it more easily than the lead.
Air pressure is part of it. It's like a dense sponge against a porous sponge. The dense one weighs heavier on a man made scale because it displaces more atmospheric pressure acting upon it than a porous one which displaces much less and so can't repel the atmospheric pressure as much.
To make it thought simple, Imagine hitting a tennis ball with a new raquet. You find you repel that ball easily but that ball puts pressure on that raquet strings because those strings are small enough to repel the ball.
Now use a raquet with many strings that are snapped, with gaps nearly the size of the ball. The result is a trapped ball when hit or the ball squeezes through, meaning you struggle to repel the ball and you don't feel that pressure as much.
Take some time to think about what I'm saying.
Simply measuring how fast air pressure returns to a container with a cap made of aluminum vs one made of lead will either prove or disprove this quite easily.
This is no good. You're not really getting the point.
If a cylinder has higher pressure inside at the ends vs the sides (as thebigone claims) then inserting a gauge at these two locations and taking measurements would be rather easy.
Tell me something. If you compress a spring into a tube. Let's use a truck suspension spring under full load. Where is the major strength from that spring coming from if you were to take the loads off it and allow it to decompress?
Take some time to think about this and you might learn something and maybe stop hanging onto something (gravity) that you clearly know is bullshit but are scared to admit.