Ending illegal secrecy
Approaches to measurement of the
pressure of water and the gravity of
surfaces under water.
by Henryk Szubinski
WATER PROJECT AWARENESS.
Pressure variable of the paper as the exchange surface conductor with
some thickness,
of the ;
"where the gravity = the weight of the water / weight of the glass"
So that this pressure variability may increase thickness as the
medum of the paper behaves as though it were getting thicker,meaning
that the weight of the waterthe glass is immersed in will be greater than
the weight of the glass. This difference = the amount of pressure that
the interactive PAPER surface has translated the change of the air between the
gravity of it as O2 gravity and the water H2O gravity as the
O2 g/ H2O pusing upwards from the difference of the gravity of the glass
and the lowest possible diplacement to the bottom of the sea, where the
paper surface has pushed the water into a thickness = the thickness of the
paper to start with.
The gravity of the glass as Gg will be divided by the gravity of the water as Wg
so that Gg/ Wg= the thickness of the paper as the square of it's thickness at
the bottom of the ocean as A x depth = volume of the glass being equal to the
gravity of the glass as the depth defines the DYNAMICS of Archimedes as you get
deeper and deeper in reference to the change of the gravity of the glass as
Gm matter and the water pressure in the opposite direction as the H2O pressure
- depth= pressure / Gm .
So then, the comparisons of the equations made
n1)where the gravity = the weight of the water / weight of the glass"
n2)- depth= pressure / Gm .
x)
- depth = gravity
water has it's own molecular pressure
the gravity of the glass as the amount of matter underwater defines the point
where the waters own molecular pressure becomes equal to the weight of
the glass and the glass weight becomes the representation of the molecular
pressure of water . So that both these are = gravity of water as molecular
change equals the molecular change of the glass as represented by it's
molecular structure that does not change that much but there is some
significant change as well as with the paper surface as it starts to change
it's molecular structure. Because the mass and weight of objects changes
as does their molecular structure, the change of water's molecular structure
could be defined as compared to the water as being the ideal molecular type that
indicates how other surfaces, weights, matter and gravity behave.
Water, then as the ideal compressor that simulates the gravity mass and weight differences
by making them equal to space or zero gravity. Meaning that the mgw = space
of any comparisons between them by the water indicating the measure of the change
of them by the change of water.
So that
change H2O= change mgw
This defines the functions of the gravity mass and weight of the space station as being
equal to the outside of space and it's change or influence upon the inner gravity mass
weight.
the dimensions of the paper surface represents the various gmw
as
D1=gravity
D2=mass
D3=weight
These may be equal to each other as water may be used to measure them or they may
be another function of dimensionality as;
D1= length of gravity
D2= length x height of mass
D3= length x height x width as weight
Basically the 3 states of some spacial volume are equal to any other states in such volumes.
Because the m and g and w may appear ,while in a cube, to be equal on the outside,but their
measure is different.
This happens in space with volumes that are spacial because the volume of one measure may
equal another volume measure in terms of the g and w and m because on the outside the
m and g and w change much like water does. So water may also be the molecular measure
of volumes of gravity
volumes of mass
volumes of weight as they
change to planets, stars and galaxies. The only limitation is having enough water to make the
comparison with the inside and outside in different progressions so that:
g m w progression 1= planets or moons
w g m progression 2= stars
m g w progression 3= galaxies
the fluid medium then, becomes intergalactic space as the outside and inside.
Approaches to measurement of the
pressure of water and the gravity of
surfaces under water.
by Henryk Szubinski
WATER PROJECT AWARENESS.
Pressure variable of the paper as the exchange surface conductor with
some thickness,
of the ;
"where the gravity = the weight of the water / weight of the glass"
So that this pressure variability may increase thickness as the
medum of the paper behaves as though it were getting thicker,meaning
that the weight of the waterthe glass is immersed in will be greater than
the weight of the glass. This difference = the amount of pressure that
the interactive PAPER surface has translated the change of the air between the
gravity of it as O2 gravity and the water H2O gravity as the
O2 g/ H2O pusing upwards from the difference of the gravity of the glass
and the lowest possible diplacement to the bottom of the sea, where the
paper surface has pushed the water into a thickness = the thickness of the
paper to start with.
The gravity of the glass as Gg will be divided by the gravity of the water as Wg
so that Gg/ Wg= the thickness of the paper as the square of it's thickness at
the bottom of the ocean as A x depth = volume of the glass being equal to the
gravity of the glass as the depth defines the DYNAMICS of Archimedes as you get
deeper and deeper in reference to the change of the gravity of the glass as
Gm matter and the water pressure in the opposite direction as the H2O pressure
- depth= pressure / Gm .
So then, the comparisons of the equations made
n1)where the gravity = the weight of the water / weight of the glass"
n2)- depth= pressure / Gm .
x)
- depth = gravity
water has it's own molecular pressure
the gravity of the glass as the amount of matter underwater defines the point
where the waters own molecular pressure becomes equal to the weight of
the glass and the glass weight becomes the representation of the molecular
pressure of water . So that both these are = gravity of water as molecular
change equals the molecular change of the glass as represented by it's
molecular structure that does not change that much but there is some
significant change as well as with the paper surface as it starts to change
it's molecular structure. Because the mass and weight of objects changes
as does their molecular structure, the change of water's molecular structure
could be defined as compared to the water as being the ideal molecular type that
indicates how other surfaces, weights, matter and gravity behave.
Water, then as the ideal compressor that simulates the gravity mass and weight differences
by making them equal to space or zero gravity. Meaning that the mgw = space
of any comparisons between them by the water indicating the measure of the change
of them by the change of water.
So that
change H2O= change mgw
This defines the functions of the gravity mass and weight of the space station as being
equal to the outside of space and it's change or influence upon the inner gravity mass
weight.
the dimensions of the paper surface represents the various gmw
as
D1=gravity
D2=mass
D3=weight
These may be equal to each other as water may be used to measure them or they may
be another function of dimensionality as;
D1= length of gravity
D2= length x height of mass
D3= length x height x width as weight
Basically the 3 states of some spacial volume are equal to any other states in such volumes.
Because the m and g and w may appear ,while in a cube, to be equal on the outside,but their
measure is different.
This happens in space with volumes that are spacial because the volume of one measure may
equal another volume measure in terms of the g and w and m because on the outside the
m and g and w change much like water does. So water may also be the molecular measure
of volumes of gravity
volumes of mass
volumes of weight as they
change to planets, stars and galaxies. The only limitation is having enough water to make the
comparison with the inside and outside in different progressions so that:
g m w progression 1= planets or moons
w g m progression 2= stars
m g w progression 3= galaxies
the fluid medium then, becomes intergalactic space as the outside and inside.
from
www.space.com/12400-universe-biggest-oldest-cloud-water.html
date 2017 aug 20
Astronomers have discovered the largest and oldest mass of water ever detected in the universe — a gigantic, 12-billion-year-old cloud harboring 140 trillion times more water than all of Earth's oceans combined.
The cloud of water vapor surrounds a supermassive black hole called a quasar located 12 billion light-years from Earth. The discovery shows that water has been prevalent in the universe for nearly its entire existence, researchers said.
more on:
The horizon of the water effect is not like the black holes of Steven Hawking's . Rather they represent the paper surface that separates the water in a volume being turned upside down. So that in this image, the angular momentum of the glass and the rotation of it creates enough angular momentum on one side to keep the water inside the glass while on the other side the gravity of the surface of paper will keep the water inside. When these 2 are too great ,water will displace out of the glass on either side.
www.space.com/12400-universe-biggest-oldest-cloud-water.html
date 2017 aug 20
Astronomers have discovered the largest and oldest mass of water ever detected in the universe — a gigantic, 12-billion-year-old cloud harboring 140 trillion times more water than all of Earth's oceans combined.
The cloud of water vapor surrounds a supermassive black hole called a quasar located 12 billion light-years from Earth. The discovery shows that water has been prevalent in the universe for nearly its entire existence, researchers said.
more on:
The horizon of the water effect is not like the black holes of Steven Hawking's . Rather they represent the paper surface that separates the water in a volume being turned upside down. So that in this image, the angular momentum of the glass and the rotation of it creates enough angular momentum on one side to keep the water inside the glass while on the other side the gravity of the surface of paper will keep the water inside. When these 2 are too great ,water will displace out of the glass on either side.
Here's the same glass turned upside down with the paper being some plastic bag. The deeper it goes, the greater the pressure on it so that at the bottom of the ocean, the
amount of water has been reduced by pressure to the opposite side of the glass ,or measurement Jar.
amount of water has been reduced by pressure to the opposite side of the glass ,or measurement Jar.