Water and gravity: look at this video

[sm0ky2]

The two hold a proportionality akin to voltage and current


The pressure state representing a static value


And the gravitational momentum representing a time derived motion.
An acceleration force, applied over a distance, of one fluid transitioning through another.

[sm0ky2]

In nature, we would view the pressure system as being the energy that causes a rainstorm


And the gravitational component being the combined momentum of every drop of rain when it hits the ground


As you can see these are two greatly different numbers.

[sm0ky2]

There is a 3rd component that that maintains the proportionality


The "resistance" component


This is the fluidic resistivity factor


At a given pressure, 2 fluids have a factor, similar to friction,
Wind resistance, etc.


Which controls the transition rate,
This is the "g" constant.


At standard pressure (atm), using air as the first fluid,
This is 9.8 m/s/s

[sm0ky2]

Much like electricity, fluids take the path of least resistance.


For this reason, the density of the lighter fluid affects the constant.

[sm0ky2]

In the absence of gravity:


The pressure system continues to operate exactly as prescribed.
All energies are still accounted for.


We simply no longer have the gravitational component.
The Cartesian Diver fails to dive, even though the air compresses.


This proves that gravity can be used as a power source.