Surely this vast area of pressure must create denser atmospheric stacking, the thing that blocks our light at distance so at a low tide because of this pressure wave pushing down on the sea we should be able to see a much shorter distance out to see. Bearing in mind climbing 50 foot high enables us to see further out to sea because of less dense layers according to you?When you take no notice you'll bound to end up like this.
I explained but I'll offer a little recap.
As the energy reflections move around the Earth they create a breathing dome scenario and that creates a pressure gain and drop to the area it is over, which means a massive area, not just a localised area.
The difference in pressure would be minimal on land but farther out the sea is being pushed upon a little at a time causing it to find another level and disperse, which it does at the beach/coastline.
I do try to help.
Atmospheric pressure in itself is generally invisible to us but the effects can be felt.
Gravity is a made-up word that offers magic in place of reality, which is atmospheric pressure upon any dense mass displacing it.
Hold on most of the gradient is inaccessible as in the projector area but most of it is also under the sea?Not too sure because most of the gradient would be inaccessible.
I can't give you anything about that because I haven't been there, obviously.
Most of the gradient is under the sea.
So the bit that we all live in is flat?
I'm on about the total landmass including continents and under the sea you know?
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