ECOLOGY problem points to salt and sodium thipental

ECOLOGY AND THE PROBLEMS OF NaOH

By Henryk Szubinski

what is visable on the Eastern side of Australasia is the great ridge that links australia to the Indo Eouropean land mass.

THE PROBLEMS OF THE SALT CYCLEE AND THE DISSBALANCE OF THE CHEMICAL EQUATIONS BY THE

Na reductions while the OH is increased

by what is the 1/2 Na chemical substance known as

sodium  thipental

SODIUM THIPENTAL CAN BE USED TO CLEAN UP EARTH BY PLACEING 3 LEVEL WAFFERS OF THE SOLID SUBSTANCE ON EACH OTHER TO REPLICATE THE NATURAL PROCESS OF SALTS SUCH AS NaOH

and to derive a clear and balanced eco system by the placements of large surfaces covered with the chemical to not only artificially gain on eco pollution but to clear up and collect the chemical wastes that are there because of sodium mediation by salt..

the problems of 1/2 value chemical alterations of earths eco system can be equated to a similar basis of 1/2 OH as well as the resultance of 1/2 values of salt in the balance of Earths ocheans and their exposed salt planes :

Basically a triangulative elasticity introduced to the problem as such

Definition

Let A be a beam cross section perpendicular to the beam’s axis. That is, A is a plane region of a particular shape. Let λ be a straight line in the plane (by definition, perpendicular to the axis of the beam). Then the second moment of area of the region A about the line λ is

where

• I_λ = the second moment of area about the line λ
• dA = an elemental area
• n = the perpendicular distance from the line λ to the element dA

When the line λ is the x axis and the bending force is parallel to the y axis, the second moment of area can be computed as

For calculating the stresses of bending, the above can only be used on its own when sections are symmetrical about the x-axis. When this is not the case, the second moment of area about both thex– and the y-axis and the product moment of area, I_xy (see below), are required.

The second moment of area, also known as the area moment of inertia or second moment of inertia is a property of a cross section that can be used to predict the resistance of beams tobending and deflection. The deflection of a beam under load depends not only on the load, but also on the geometry of the beam’s cross-section. This is why beams with higher area moments of inertia, such as I-beams, are so often seen in building construction as opposed to other beams with the same area. It is analogous to the polar moment of inertia, which characterizes an object’s ability to resist torsion.

The second moment of area is not the same thing as the moment of inertia, which is used to calculate angular acceleration, although the calculations are similar. Many engineers refer to the second moment of area as the moment of inertia and use the same symbol, I, for both, which may be confusing. Which inertia is meant (accelerational or bending) is usually clear from the context and obvious from the units: second moment of area has units of length to the fourth power whereas moment of inertia has units of mass times length squared.

3 basic formats introduced to the Earth trough the types of platform look shown above in 3 positions

the  harp playing the tune of eco disaster.

But fortunately something can be done to avoid disaster; the usage of salt waste reductions can be made to areas in Eourope as well as the Black sea which is totally salty to the level of 3 values of its own buoyancy as well as sustaining the lift of anyone bathing there, there are other places which are more fortunate, basically the places with the highest saline water levels  that are fresh water

Freshwater or (the predominant nontechnical spelling) fresh water is naturally occurring water on the Earth’s surface in bogs, ponds, lakes, rivers and streams, and underground as groundwater inaquifers and underground streams. Freshwater is characterized by having low concentrations of dissolved salts and other total dissolved solids. The term specifically excludes seawater and brackish water.

Systems

Scientifically, freshwater habitats are divided into lentic systems, which are the stillwaters including ponds, lakes, swamps and mires; lotic systems, which are running water; and groundwater which flows in rocks and aquifers. There is, in addition, a zone which bridges between groundwater and lotic systems, which is the hyporheic zone, which underlies many larger rivers and can contain substantially more water than is seen in the open channel. It may also be in direct contact with the underlying underground water

[edit]Source

The source of almost all freshwater is precipitation from the atmosphere, in the form of mist, rain and snow. . Freshwater falling as mist, rain or snow contains materials dissolved from the atmosphereand material from the sea and land over which the rain bearing clouds have traveled. In industrialized areas rain is typically acidic because of dissolved oxides of sulfur and nitrogen formed from burning of fossil fuels in cars, factories, trains and aircraft and from the atmospheric emissions of industry. In extreme cases this acid rain results in pollution of lakes and rivers in parts ofScandinavia, Scotland, Wales and the United States.

In coastal areas freshwater may contain significant concentrations of salts derived from the sea if windy conditions have lifted drops of seawater into the rain-bearing clouds. This can give rise to elevated concentrations of sodium, chloride, magnesium and sulfate as well as many other compounds in smaller concentrations.

In desert areas, or areas with impoverished or dusty soils, rain bearing winds can pick up sand and dust and this can be deposited elsewhere in precipitation and causing the freshwater flow to be measurably contaminated both by insoluble solids but also by the soluble components of those soils. Significant quantities of iron may be transported in this way including the well documented transfer of iron rich rainfall falling in Brazil derived from sand-storms in the Sahara in northern Africa.

there are many fresh water sources in the Eouropean mainland a well as off the costal regions that are dumping the wastes from storm water drains that are

the base levels of anti acidic levels of mixtures with the type basic substances that flow out into the ochean

The basic types of lakes within the greater ochean of the earth with its lslands of fresh water floater lakes like artificial lakes in what is already a salt water parameter are sololving the Earths saline balance at a fster rate than the permeability of oxidisations of the Earths forrests that need the oxide remaining from the process gained in photosynthesis as the natural vegetative levels are saturated with the rain that falls on them that are devoid of salt that is the basic non ingredience in the clouds that gather the great rains that fall on the large continents.

Because the values of vectors that use the derived pumping into a shock wave of salty mixure volatility and the Earth as a mineral format of deposited processed anti nutirience and value ahead of the whole process of a derived value to alter the balance to a salty level in immediate relations to the left or right sided arguments of the total process as active in the chaining of salient earths and the salinece in motion along the rivers that filter back the fresh water before it is evaporated back into the clouds , the still ponds of salt wastess are being input into a salience cycle that is closer to a evaporative process reaction as would imply a redox reaction with a specific heat being used to link the chemical compounds into a larger volume of NaOH separtions such as Hydroxide which would imply bleaching and peroxide levels that are devoid of a fiull chemical reactance with Na 1

but must be halved to reenter the cycle as 1/2 Na

which is basically the reduced rate of salt in a process similar to

Sodium thiopental, better known as Sodium Pentothal (a trademark of Abbott Laboratories), thiopental, thiopentone sodium, or Trapanal (also a trademark), is a rapid-onset short-acting barbiturate general anaesthetic. Sodium thiopental is a depressant and is sometimes used during interrogations – not to cause pain (in fact, it may have just the opposite effect), but to weaken the resolve of the subject and make him more compliant to pressure.^[3]Thiopental is a core medicine in the World Health Organization‘s “Essential Drugs List“, which is a list of minimum medical needs for a basic healthcare system.^[4]

Freshwater is an important natural resource necessary for the survival of all ecosystems. The use of water by humans for activities such as irrigation and industrial applications can have adverse impacts on down-stream ecosystems . Chemical contamination of freshwater can also seriously damage eco-systems.

Pollution from human activity, including oil spills, also presents a problem for freshwater resources. The largest oil spill that has ever occurred in freshwater was caused by a Shell tank ship in Magdalena, Argentina, on January 15, 1999, polluting the environment, drinkable water, plants and animals.^[1

As with nearly all anesthetic drugs, thiopental causes cardiovascular and respiratory depression resulting in hypotension, apnea and airway obstruction. For these reasons, only suitably trained medical personnel should give thiopental in an environment suitably equipped to deal with these effects. Side effects include headache, emergence delirium, prolonged somnolence, and nausea. Intravenous administration of sodium thiopental is followed instantly by an odor and/or taste sensation, sometimes described as being similar to rotting onions, or to garlic. The hangover from the side effects may last up to 36 hours.

Although individual molecules of thiopental contain one sulfur atom, it is not a sulfonamide, and does not show allergic reactions of sulfa/sulpha drugs.

IF THE EARTH IS A ORGANISM THE RESULTANT BAD RELATIONS OF ITS CONSTITUENTS ARE EFFECTED THE SAM WAY THAT HUMAN HEALTH DOES, THIS INDICATES THE PLACES WHERE PROBLEMS ARE APPARENT AS WELL AS INDICATING THE REASONS WHY THE OBSTRUCTED FUNCTIONS WOULD BE RELATED TO A OVERFLOW OF SUCH CHEMICALS THAT WOULD CAUSE THE PROBLEMS IN THEIR EARLY STAGES..

the greater the surface area of salt the greater is the dehydrations of the mineral mix

so that the desert areas of the whole world where present in one format is the largest zone of the subsequent NaOH linkage by dehydrations of their intercie OCHEANS

both the African mainland and the Ausrtalian  continent can be seen in one view together with the whole of the Asian and Middle East.

wherever there are salt deposits that are exposed to sunlight or water there are subsequent evaporations of the H2O as well as the increased exposure by the levels of increased NaOH 2+

A salt lake or saline lake is a landlocked body of water which has a concentration of salts (mostly sodium chloride) and other minerals significantly higher than most lakes (often defined as at least three grams of salt per liter). In some cases, salt lakes have a higher concentration of salt than sea water, but such lakes would also be termed hypersaline lakes.

Properties

Salt lakes form when the water flowing into the lake, containing salt or minerals, cannot leave because the lake is endorheic (terminal). The water then evaporates, leaving behind any dissolved salts and thus increasing its salinity, making a salt lake an excellent place for salt production. High salinity will also lead to a unique flora and fauna in the lake in question; sometimes, in fact, the result may be an absence or near absence of life near the salt lake.

If the amount of water flowing into a lake is less than the amount evaporated, the lake will eventually disappear and leave a salt flat or playa (sometimes referred to as a salt pan).

[edit]Notable examples

The salt lake with the highest elevation is Namtso, and the one with the lowest elevation is the Dead Sea, which is also the lowest exposed point on theEarth’s surface.In order, the three largest salt lakes in the world are the Caspian Sea,^[1] Aral Sea, and Lake Balkhash. The largest salt lake in the Western Hemisphere, theGreat Salt Lake, is the fourth largest salt lake in the world.

The salt lake with the highest salinity is the Don Juan Pond in Antarctica.

Some salt lakes are strictly seasonal and become arid lakebeds in the dry season. An example of this type of salt lake is the Makgadikgadi Pans ofBotswana.^[2]

Since the 8th century, the salt of Lake Baskunchak in Russia was mined and distributed via the Silk Road. The distinct purity (99.8 % NaCl) of the lake’s salt provides 80 % of the country’s production. Approximately 1.5 million to 5 million tons of salt are mined per year.

net availability

USABILITY OF BUSINESS ON THE NET IS BASICALLY AVAILABLE

By Henryk Szubinski

because the the running of a business as linked to the whole Earth is the most crucial relationship to a sole power of his or hers running of Earth which is more important than the availability of where from you are running the world, not what type of place you are operating from or what your assets for being in control and in effect as being influencable would be the basic definition of a common power level equal to price of any type of related stature of the personal level and greater than it, by the value or price of something that cannot be bought, but is sellable, as the greater common work in a world of programmers in the process of the work of the greater singularity of Earth as the greater value LINK.

MARS 1 h

THE RIGHT STUFF

By Henryk Szubinski

what is recognitive of the basis higher levels of experience on the surface of Mars and the presence there of astronauts as the level of awareness on the process of surface areas related to the basics of the formats of total area experience as traced back to some ancient philosophies and the process of surveilance of the MEDIAL formats for Journalism as was defined by Paul Brunton WHO WAS A SOLDIER IN THE SECOND WORLD WAR

and his travels WHICH DEFINED THE ALLURE OF BEAUTY

the concept presented in relations is to use the theory of alternators in the highest possible amount = technological formats of any vechicularity based on the theorem applications as any possibility based on type 1,2,3 Michiu Kaku

PHYSICS OF THE IMPOSSIBLE

Geology of Mars Here you can learn about the six geological processes that are either currently operating on Mars or have operated during Martian history. These include theaeolian, cratering, hydro, landslides, tectonic, andvolcanic processes. The exploration of Mars is an ongoing NASA project, and you may visit their website to obtain the latest information on Martian research. Acknowledgment: Most of the images used in this Web site are provided by NASA/JPL/MSSS.

BASICALLY THE REQUIREMENT OF ALL SCI FI REALITY IS TO DISPLACE MATTER OR MATTER DISPLACEMENTS BY THE BASICS OF A ACTIVATION OF A MATTER FORMAT BY THE MOST BASIC ACTIVATION SUCH AS PRESSUREE BY A HAND APPLICATION , THE BASIS IN ITS MOST BASIC FORMAT = H2O

BASICS OF AIRMAN SIGNALING ON AIRCRAFT CARRIERS

In fluid mechanics, displacement occurs when an object is immersed in a fluid, pushing it out of the way and taking its place. The volume of the fluid displaced can then be measured, as in the illustration, and from this the volume of the immersed object can be deduced (the volume of the immersed object will be exactly equal to the volume of the displaced fluid).

An object that sinks displaces an amount of fluid equal to the object’s displaced volume. Thus buoyancy is expressed through Archimedes’ Principle, which states that the weight of the object is reduced by its volume multiplied by the density of the fluid. If the weight of the object is less than this displaced quantity, the object floats; if more, it sinks. The amount of fluid displaced is directly related (via Archimedes’ Principle) to its weight.

In the case of an object that sinks (is totally submerged), the volume of the object is displaced. In the case of an object that floats, the amount of fluid displaced will be equal in weight to the displacing object.

[edit]Applications of displacement

Displacement can be used to measure the volume of a solid object, even if its form is not regular. Several methods of such measuring exist. In one case the increase of water level is registered as the object is immersed into the water. In the second case the object is immersed into a vessel full of water, causing it to overflow. Then the overflown water is collected and its volume measured. In the third case the object is suspended under the surface of the water and the increase of weight of the vessel is measured. It is equivalent to the weight of the amount of water that has the volume equal to the one of the suspended object.^[1]

——————————————————————————————————————-

basic usage of the data on the formats of the freedoom of knowledge basis in which the process data on 3 A.U indicative of the process in which the force of the problem by indications on Mars can be assessed by the usage of vectors from and to the following

1) S3————————————>R4

2) S = R4 / 3

3)value bit singularity is defined as the process lINKING any 2 seperated values which are problematic in the COUPLINGS made with a similar basis proof of functionings so that the process NOW is defined as follows

1/ S = R4 /3 B

as the basis of the universal value B the vector representation is B = 3 S

and the usage of the S divisive will result in the value of the singularity / displacement = 4 displacement sections as FORCED together into the 1 format for usage on all universal processess.

One day—sitting with Ramana Maharshi—Brunton had an experience which Steve Taylor names “an experience of genuine enlightenment which changed him forever”. Brunton describes it in the following way:

I find myself outside the rim of world consciousness. The planet which has so far harboured me disappears. I am in the midst of an ocean of blazing light. The latter, I feel rather than think, is the primeval stuff out of which worlds are created, the first state of matter. It stretches away into untellable infinite space, incredibly alive.^[3]

^{HOW CAN THIS BE RELATED TO THE MARSIAN SURFACE}

^{BY AVOIDING THE TRAPPINGS OF A CONTINUOUS PROCESS OF EVASIONS OF WHERE TO LAND ON MARS; BASICALLY THE PLACE THAT IS MOST BEAUTIFUL}

Global Properties
Mars is the fourth planet from the Sun and it orbits the Sun just outside the Earth. Its orbital radius is about 1.5 times that of the Earth-Sun distance. This Earth-Sun distance is generally referred to as 1 astronomical unit (or 1AU). Mars is a smaller planet than the Earth. The size of spherical objects, such as that of the planets, are best described by a mean radius. The mean radius is the average distance from the center to the surface of the planet. Mars’ mean radius is about 3,396 km, as compared to Earth’s, which is 6.378km. Mars’ mass is about 6.4 x 10²³ kg. Thus, the average density of Mars is about 3,900 kilograms per cubic meter. This suggests that the planet must be composed largely of silicate materials that have a density ranging from 2,700 to 4,500 kilogram per cubic meter, depending on the composition and pressure. Because it is less massive than Earth, Mars’ surface gravity is only about 38% of the surface gravity on Earth. Unlike the Moon or Mercury, Mars spins at a relatively fast speed. Its spinning period is almost identical to that of the Earth. Because its spinning axis is tilted with respect to the ecliptic plane (i.e., the orbital plane of most of the planets) by 24.5 degrees (similar to the tilt of Earth’s axis) the surface of Mars experiences seasonal variations just like the Earth.

Mean temperature variation between day and night at the surface is about 50 degrees Kelvin, much smaller than that on the Moon or Mercury. The reason for this small temperature difference is the existence of an atmosphere on Mars. From the Viking orbiter, the Martian atmosphere is clearly visible (Figure 1.1) . As the orbiter looked towards the horizon, a thin layer of haze could be seen above the terminus. Although the atmospheric pressure is very low (only about 6% of the surface air pressure on Earth), it is massive enough to be visible.

Martian atmosphere is composed mainly of carbon dioxide (95%), nitrogen (3%), argon (1.6%), oxygen and some other rare gases. Judging from the composition alone, it is clear that the Martian atmosphere must have been formed subsequent to the planet formation, possibly produced by early global volcanic events. Otherwise, the dominant components of the atmosphere would be hydrogen and helium like those of the outer planets in our Solar System. 

universe durationality

the grand durationality of the universe

By Henryk Szubinski

ballistics of a objeect launched to displace out of the galaxy would be boosted in its prime 45 degrees by the shared force of the balistic angle maintainement on the whole universal interactions of warping in effect with galaxies in the trajectory as a warping of the 45 degree angle into a continuiim of opposed angle force so that the values would indicate a continuiim landing value force.

THE SPACESHIP LAUNCHED WOULD DISPLACE THROUGH FLATTEING SPACETIME VALUES OF THE CONNECTIVE SECTIONS THAT MOTIVATE ROTATIONS THROUGHOUT EVERY PARAMETER MOTIVATED DISPLACEMENT AS THE FORCE OF LANDING THE VECHICLE INTO CONTINUIIM PLANARITIES OF THE FORCE DOWN OF THE SECTIONAL WARP HOLES AND THEIR ROTATAIVE COUNTER ADVANTAGES

shown below

the same formats of the basic spread on the universe sloan effect as the same value spread as in Feyman value divisive problems of the displaced non sectional vectorisations of the planar usage of similarity in the values of vectors based on observing the multi state of the universe clearing the fence while sustaining a view of thoose vector 45 degree planar space surfaces as well as the minimal values of multi fence clearing heights and angles.

FOR A CONSERVATION OF FORCE THE VIEW OF THE 45 DEGREE ANGLE IN ITS MOST EFFECTIVE BOOST DISPLACEMENT CAN BE SEEN FROM ABOVE AS FEYMAN SEPERATION OF THE 45 DEGREE ANGLE AS THE UNIVERSE AND ITS BASIC MULTI INTERACTIVE POSSIBLE APPLICATIONS

THIS CAN BE SEEN IN THE UNIVERSE IN GENERAL FROM THE TOP VIEW WHERE ALL ADVANCED FORMATS OF POSSIBLE DISPLACEMEMENT WOULD BE LOCATED AS HAVING THE RIGHT STUFF FOR MAKING ADVANCES IN THE PROCESS:

BASIC MILKY WAY ROTATION ON ITS SIDE AS THE HIGHEST VELOCITY COUPLING TO THE ANGULAR MOMENTUM

by the influence of rotational angular momentum as translocated to the spread of the vector spacetime outwards by the formations of stars and their angles of turn so that the basic value ON SIDE is maintained by the expanding rotational type 1 thermally opposed resultance at its side = to the vector rotations of all bodles into the state of vertical value side on galaxy formational resultance of the theory of every end.

The basics of the displacement of the couplings that distribute the rotational angle in its stable format is based on the coupling units that are basic sections in the SLOAN where the format for boosting rotation and the angular velcoity of the type 1,2,3 basis to sustained and translocated conservations of force are transfarrable on the basis of cog works.

The general environments of the basics of counterclockwise and clockwise motion by rotatability of the amount of unit motivators and the amount of spacetime between them = the same value in which the difference of angular momentum rotatability aquires the momentum of one motion motivator while the alternate side aquires the opposed motion rotatability by the formats of the data on seperated displacements = Force.

fluid non certainty of the continuiim displaced non reversed buffer formats of force by the process Force of the universe = the decimal aletrations of their altered rotations

1/10 = 10 /1 so that the continuiim basis can be defined as

1/10——–10/x———-2/100——–100/x—————500 /36———36 /x

every value altered vector INVERTIVEs are based on the x value divisive so that the basic formulations of the values in the x spacetime can be rotated by a angular momentum x sequence defined as:

x10————————-100x————————36x

1)

the basis of the formulations of: the prime value x 10

2)

fluid non certainty= the secondary value 100x

3)

of the continuiim displaced= the tertiary value 36x

4)

non reversed buffer formats of force = the 4 th state value of plasma in which the basic sum value of types 1,2,3

=146 x F

5)

by the process Force of the universe= the process in the continuiim of the projective value of force as divisive of the level 4

146/4 x F= projective Universe value

= the decimal aletrations of their altered rotations: as  examples of force of angular momentum

36.5 angularity force = universe 100

where the 100 value is a projective displacement S

universe S =0.365 F degree

as the prime  UNiverse S usability such as 10

fluidity  of the resultance S usage = 1 /10 = 0.1

continuiim of the usage of a force value degree will all derive a value comparative with the process accumulations of any force in any vector

0.36 (0.1) = 0.036 F degree which will cover the trajectories of the whole universe by the angle 0.036 degrees

this then will define the trajectory similarity of the object boosted by 45 degrees as the longets resultance of value displacement on the basis of the earth force being as such a x = y value system and takeing into account the existance of a force spread on the whole universe sloan as the resultance of a force of angular trajectory value usages so that the angle

0.036 will be the same as the Earth 45 degrees in shared force.

General Ballistic Trajectory

The motion of an object under the influence of gravity is determined completely by the acceleration of gravity, its launch speed, and launch angle provided air friction is negligible. The horizontal and vertical motions may be separated and described by the general motion equations for constant acceleration. The initial vector components of the velocity are used in the equations. The diagram shows trajectories with the same launch speed but different launch angles. Note that the 60 and 30 degree trajectories have the same range, as do any pair of launches at complementary angles. The launch at 45 degrees gives the maximum range.

Szubinski , theory of every force

FORCE USAGE ASTROPHYSICS

By Henryk Szubinski

data on the noticeability force

In physics, the Poynting vector can be thought of as representing the energy flux (in W/m²) of an electromagnetic field. It is named after its inventor John Henry Poynting. Oliver Heaviside and Nikolay Umov independently co-invented the Poynting vector. In Poynting’s original paper and in many textbooks it is defined as

which is often called the Abraham form; here E is the electric field and H the auxiliary magnetic field.^[1][2] (All bold letters represent vectors.) Sometimes, an alternative definition in terms of electric field E and the magnetic field B is used, which is explained below. It is even possible to combine the displacement field D with the magnetic field B to get the Minkowski form of the Poynting vector, or use D and H to construct another.^[3] The choice has been controversial: Pfeifer et al.^[4] admirably summarize the century-long dispute between proponents of the Abraham and Minkowski forms.

Dipole Radiation, Dipole parallel to the z-axis, electric field and poynting-vector in the x-z-plane.

THE BASIS OF THE DEFINITION = FORCE BY THE USAGE OF THE TERMINOLOGY OF THE BASIS FOR INPUTS ON THE BASIS USED HERE:

SZUBINSKI DEFINES THE THEORY OF EVERYTHING AS THE USAGE OF THE AVAILABILITY OF MEDIAL COVERAGE BY THE TYPE OF OVERSELF USAGE OF THE PROCESSED PHILOSOPHY OF THE USAGE OF SUCH HIGHER LEVEL CAPABILITY OF USAGE

F = m.a

the basis of the retrospect in its forwards vector values and their responsive data on the value UNIVERSE1

= data on notice as = liscence to use the definitions and the seperations of the Milky way with Andromeda as the variance differences of the usability in a stete of data vector LINKAGES to states of force by totally LINKEd value vectors in usage to define the availability of lisceneceing to define the process of the data on the missing value= to the basis of the value data back on the MIlky Way = to the basis of notice in effects as the process IN PROBABILITY OF PARAMETERS

= Resistance has been observed to have a effect on the displacements of vector by the laws of observational parameter responsive type FORCEFIELD implosions of the processess active in force fields by the vector displacements of the data on the length of the L.Y vector values and their value occilations = to the values of altered angles of rotations in galaxies so that

THE DATA ON MEAN VALUE X VECTORS AND TIME AS THE FORMATS OF THE OBSERVATIONS F/ACTIVE INTERACTIONS

AS THE BASIC MEAN VALUES OF OBSERVATIONS AS WELL AS THE INTERACTIONS MEAN VALUES ON THE BASIS OF

OBSERVATIONS  Andromead  MEAN TIME / INTERACTIONS  Milky way =MEAN VECTORS  INTERACTIVE NOW PROCESS F

Andromeda / MEAN VECTOR X INTERACTIVES  usability MILKY way

SO THAT THE PROCESS CAN BE MEAN TIME OBSERVATIVE CAUSE = VECTOR CAUSATIONS SINGULAR OF 1 ANDROMEDA FORCE IN PROCESS

=ACTION &/OR REACTIONS TIME one galaxy ELECTRIC POYNTING

= ALL VECTOR VERGANCES  of alternate galaxies MAGNETIC POYNTING

as vector clocks on the basis of a magneetic 4 S seperations in which prime magnetic attraction is engaged in the process of the value vector 3 Resistance EMF as similar to value 4 S coli types

value force of magnetism as being the similarity by velocity of 4/3 x  L.Y -2 sec -1

the inertial engagement of pull into attractions is based on the 1 value difference of the zone 4 S to 3 S = similar inertial action of attraction

The gravitational field is a vector field that describes the … so Newton’s law of gravitation is often said to be the low-gravity limit of general relativity. … which arises only from the gravitational attractions from the other …

The mechanisms of Newton’s law of universal gravitation; a point mass m₁ attracts another point mass m₂ by a forceF₂ which is proportional to the product of the two masses and inversely proportional to the square of the distance (r) between them. Regardless of masses or distance, the magnitudes of |F₁| and |F₂| will always be equal. G is thegravitational constant.

SO HOW WOULD A 1 INTERACTIVE VALUE BASIS OF THE COMMON FIELD OF MAGNETIC ATTRACTION BY DISPLACEMENT OVER THE LIM X = TO THE MOTION ENGAGEMENT AS BEING OVER THE 1 VALUE LEVEL EMF

BASIC VOLUME INCREASE WITH THE SAME FORCE emf IN RELATIONS BETWEEN THEESE OBJECTS IN MAGNETIC INTERACTIONS WILL MAINTAIN THE SAME VALUE LIM X = THE VECTOR VALUE BEYOND WHICH A ATTRACTIVE MAGNETIC FORCE OF ATTRACTION IS ENGAGED

THE VALUE FOR THIS VALUE IS RELATED TO ON EVERY SIMILAR VOLUME OF TWO STARS, TWO PLANETS, TWO GALAXIES FOR EAXAMPLE ,WHILE THE UNIT 1 SEPERATION AND ITS VALUE BIT BY WHICH A

2 / VALUE > X +1 (VOLUME) = FORCE SQUARE

Vector clocks is an algorithm for generating a partial ordering of events in a distributed system and detecting causality violations. Just as in Lamport timestamps, interprocess messages contain the state of the sending process’s logical clock. A vector clock of a system of N processes is an array of N logical clocks, one per process, a local copy of which is kept in each process with the following rules for clock updates:

Example of a system of vector clocks

• Initially all clocks are zero.
• Each time a process experiences an internal event, it increments its own logical clock in the vector by one.
• Each time a process prepares to send a message, it increments its own logical clock in the vector by one and then sends its entire vector along with the message being sent.
• Each time a process receives a message, it increments its own logical clock in the vector by one and updates each element in its vector by taking the maximum of the value in its own vector clock and the value in the vector in the received message (for every element).

The vector clocks algorithm was independently developed by Colin Fidge and Friedemann Mattern in 1988. ^{[1] [2]}

Partial ordering property

Vector clocks allow for the partial causal ordering of events. Defining the following:

• VC(x) denote the vector clock of event x
• 
  • In English: VC(x) is less than VC(y) if and only if VC(x)[z] is less than or equal to VC(y)[z] for all indices z and there exists an index z’ such that VC(x)[z’] is strictly less than VC(y)[z’].
• denote event x happened before event y. It’s defined as: if , then VC(x) < VC(y)

Properties:

• If VC(a) < VC(b), then 
• Antisymmetry: if VC(a) < VC(b), then ¬ VC(b) < VC(a)
• Transitivity: if VC(a) < VC(b) and VC(b) < VC(c), then VC(a) < VC(c) or if  and , then 

Relation with other orders:

• Let RT(x) be the real time when event x occurs. If VC(a) < VC(b), then RT(a) < RT(b)
• Let C(x) be the lamport timestamp of event x. If VC(a) < VC(b), then C(a) < C(b)

indicative notice of force descriptive prior to functionings of a force field usage that functions

SPACETRAVEL APPLICATIONS

The types of force fields are based on NOTICE = to the basis of usage of the terminology  FORCE by the LISCENCE values of force

=the aquired and accessed aquirives of the definitions of non notice usage = notice / unnoticed

= liscenced aquired Area /liscence vector usability of Force

theese 2 value theorems will define the multiple parameters of the possibilities of relations to galaxies as:

notice Andromead / unnoticed Milky way = liscence aquired area Andromeda / liscence vector usability MIlky way

as the types of values in usage based on time values

notice Andromead + t/ unnoticed Milky way -t = liscence aquired area Andromeda / liscence vector usability MIlky way

as well as the types of processess which would open the galactic arms by sperations of vector x values = 1

notice Andromead + t/ unnoticed Milky way -t =x+ 1  liscence aquired area Andromeda / x-1 liscence vector usability MIlky way

By government

Public notices are issued by a government agency or legislative body in certain rulemaking or lawmaking proceeding.

It is a requirement in most jurisdictions, in order to allow members of the public to make their opinions on proposals known before a rule or law is made.

For local government, public notice is often given by those seeking a liquor license, a rezoning or variance, or other minor approval which must be granted by a city council, county commission, orboard of supervisors.

[edit]By private individuals or companies

Parties to some legal proceedings, such as foreclosures, probate, and estate actions are sometimes required to publish public notices.

[edit]In communications

Public notices are sometimes required when seeking a new broadcast license from a national broadcasting authority, or a change to modification to an existing license.

U.S. broadcast stations are required to give public notice on the air that they are seeking a license renewal from the U.S. Federal Communications Commission (FCC), or that they are ending analog TV service early during the digital television transition in the United States.^{[citation needed]} Records of these public notices must often be kept in a station’s public file.

[edit]Method of notice

One method of notice is publication in a local newspaper. Public notice can also be given in other ways, including radio, television, and on the Internet. Some governments required publication in a newspaper, though there have been attempts among some politicians to eliminate the expense of publication by switching to electronic forms of notification.^[1][2]

A broadcast license (U.S.) or broadcast licence (elsewhere) is a specific type of spectrum licence that grants the licensee the privilege to use a portion of the radio frequency spectrum in a given geographical area for broadcasting purposes.

Licensing is performed by a government agency (the broadcasting authority), providing a mechanism both for managing the limited resource of radio frequency spectrum and for implementing prevailing public policy, such as policies regarding concentration of media ownership. The determination of which frequencies can be used by various licensees is done through a frequency allocationprocess, which in the United States is further specified by the Federal Communications Commission (FCC) in a table of allotments.

Management of technical specifications, such as those implemented in broadcast television systems, is normally undertaken as a part of broadcast licensing in each country. Various radio bandscarry different radio signals, such as video and audio, digital and analog, narrowband and broadband, and different types of content, and are therefore licensed differently.

Licensing is also different for public radio and public television, and for community radio and community television, as compared to commercial applicants and licensees.

Violation of the terms of a license, either due to technical fault or illegal content, may result in fines, or rarely even revocation of the license. Licenses have also been threatened by a lack of candor on the part of the holder, or the failure to keep a public file (U.S. and Canada).

Unlicensed broadcasting refers both to legal devices allowed to transmit at low power without a license, and pirate stations which violate the law, often because of insurmountable legal restrictions on getting a license.

A.I Type 1 memory arts

TYPE A:I fine arts

By Henryk Szubinski

a data screen monitors device by general molecular formulations in astrophysics such as dark matter as well as type aerospace for engineering with dynamics usage and many other type applications such as:

A polypeptide is a string of amino acids linked together. Amino acids are the basic building blocks of proteins. A single polypeptide chain might make up the entire primary structure of a simple protein; more complex proteins are formed when two or more polypeptides link together.

Polypeptides are made when mRNA is translated, a process involving ribosomes, tRNA and amino acids.

using the fluid characteristics of the type overlays of image formats that can be LINKAGE defined by the process of spectral values in a basic wavelength formulation

where the basis of the type LINKAGES are defined by the process going into variance spectrality of each section colour BOND so that

the data on the form process definitions are based on the process FORM as the eay on the formats of spectral overlays by the waveform value in motion to basic layers of their interactions.

Basically the whole field used to define the random values will have a large spread value plane as well as the memory type usage of the process linkages strored as the most effective random vector processess.

basically the dimensionality defined in 3 levels

1) the process peripherality of visual perforations of the data observations

2) the data on rear and fore planar areas of the image form spread without specific or high detail transferrances of the 2 images

3)the spectral range of the REALM in which the spread of large NOW 4 levels = to the process of fluidity in H2O type puddles in the generated electronic artform design plasma commercialisations.

additional processess can define the LINKS as 4 /x = BONDS

of a computer linkage type form in sloidifications processess of the memory type effect = usage vector FORCE

the glass panes and their interactive surfaces that can basically be compressed or seperated giving data flow vectors

definitions in regions of Vandder vaals force

Calculation

long cells added to the formats of force

H2O definitions in regions of Van Der waals force long universe cells added to format force

By definition, a state consists of all the information needed to ….. with a choice at the quantum level, the universe divides into many, ….. van der Waals Force11, Dipole-Dipole Interaction ….. When glucose molecules join by ether links, long polymers of complex …What is the chemical basis of the cell? …

Most explanations portray the brain as a computer, with nerve cells (“neurons”) …. with bifurcation/separation of the universe at its most basic level (quantum gravity, … controlled by quantum mechanical internal forces (van der Waals London forces), … However no specific brain regions houses consciousness. …

increases the disorder (entropy) of the universe … performs no work: a cell that has reached equilibrium is … unequal sharing of electrons between the atoms: H2O … van der Waalsrepulsive force. • repulsion caused by the overlapping of the …. domain: region of the polypeptide with a specific structure and …

Much of the universe’s water may be produced as a byproduct of star formation. …. Water moves perpetually through each of these regions in the water cycle … surface caused by the tidal forces of the Moon and the Sun acting on the oceans. … All living cells use such fuels and oxidize the hydrogen and carbon to …

element in the universe behind H. However, except Ar, the other gases … clusters that are bound by van der Waals forces and more specifically by London dispersive …. for a verylong distance, molecular beams produce molecules that travel … a H2O molecule. Blue circles represent a typical carrier gas, Ar atom. …

composed of long molecules (polymers) in which the recurring units (monomers) are …. The second law holds that the entropy of the universe increases in a …. weakest of the so-called —Van der Waals forces“ but they are cumulative. …. My definition (probably a somewhat parochial one) of a good author is one who …

16 Sep 2005 … straightforward definition, the study of life at the molecular level. …. ation, feeds on the substances that make up the universe, …… (b) Region b is the cell wall magnified 20 times. …. H2O c01_001-035v2 8/26/05 3:05 PM Page 24 …. position by hydrogen bonds and van der Waals forces to a …

exemplified by the universe in totality, is moving to a condition of increasing disorder or, …human body, with most of the H and O occurring as H2O. …. The cell is characterized as the unit of life, the smallest entity …. Van der Waals forces are the result of induced electrical interactions between closely …

The associative force, however, is still strong enough to prevent water molecules from … are formed when protons are added and latch on to water molecules. … A water molecule’s chemical formula is really not H2O, at least from the …. cells, may interact via Electron Micron-Scale GravitoEM Induction Region …

collection of cells. This, they say, is to commit the fallacy of ‘nothing-buttery. … droplet of water, but not for a single molecule of H2O. ….. all the matter in the universe. There is currently no very satisfactory formulation of …. the ‘loading forces‘ would by definition lie outside the scope of quantum …

Definition

Van der Waals forces include attractions between atoms, molecules, and surfaces. They differ from covalent and ionic bonding in that they are caused by correlations in the fluctuating polarizations of nearby particles (a consequence of quantum dynamics).

Intermolecular forces have four major contributions. In general an intermolecular potential has a repulsive component (which prevents the collapse of molecules because of the Pauli exclusion principle). It also has an attractive component, which, in turn, consists of three distinct contributions:

1. The electrostatic interactions between charges (in the case of molecular ions), dipoles (in the case of molecules without inversion center), quadrupoles (all molecules with symmetry lower than cubic), and in general between permanent multipoles. The electrostatic interaction is sometimes called the Keesom interaction or Keesom force after Willem Hendrik Keesom.
2. The second source of attraction is induction (also known as polarization), which is the interaction between a permanent multipole on one molecule with an induced multipole on another. This interaction is sometimes measured in debyes after Peter J.W. Debye.
3. The third attraction is usually named after Fritz London who himself called it dispersion. This is the only attraction experienced by non-polar atoms, but it is operative between any pair of molecules, irrespective of their symmetry.

Returning to nomenclature, different texts refer to different things using the term “van der Waals force”. Some texts mean by the van der Waals force the totality of forces (including repulsion); others mean all the attractive forces (and then sometimes distinguish van der Waals-Keesom, van der Waals-Debye, and van der Waals-London); finally, some use the term “van der Waals force” solely as a synonym for the London/dispersion force.^{[clarification needed]} A common trend is that biochemistry and biology books more frequently use “van der Waals forces” as a synonym for London forces only than do chemistry texts.

All intermolecular/van der Waals forces are anisotropic (except those between two noble gas atoms), which means that they depend on the relative orientation of the molecules. The induction and dispersion interactions are always attractive, irrespective of orientation, but the electrostatic interaction changes sign upon rotation of the molecules. That is, the electrostatic force can be attractive or repulsive, depending on the mutual orientation of the molecules. When molecules are in thermal motion, as they are in the gas and liquid phase, the electrostatic force is averaged out to a large extent, because the molecules thermally rotate and thus probe both repulsive and attractive parts of the electrostatic force. Sometimes this effect is expressed by the statement that “random thermal motion around room temperature can usually overcome or disrupt them” (which refers to the electrostatic component of the van der Waals force). Clearly, the thermal averaging effect is much less pronounced for the attractive induction and dispersion forces.

The Lennard-Jones potential is often used as an approximate model for the isotropic part of a total (repulsion plus attraction) van der Waals force as a function of distance.

Van der Waals forces are responsible for certain cases of pressure broadening (van der Waals broadening) of spectral lines and the formation of van der Waals molecules. The London-van der Waals forces are related to the Casimir effect for dielectric media, the former being the microscopic description of the latter bulk property. The first detailed calculations of this were done in 1955 by E. M. Lifshitz.^[2][3]

thee basics of pane relations and their observational functiuons as well as the puddle formats in form directions of observations ,as well as basic spectral values and their bond dimensional sci fi environments