OVERLAPPING SIDES FOR THE REASONS OF APPLICATIONS A=l.b

universal adaptability by surface cover top hemispheres

basics on universe adaptability

By Henryk Szubinski

ITS OWN SCI FI TRIANGULATOR

TOUGHER THAN YOUR OWN SPACE VALUE LIMITATIONS OF THE COVER OF NIGHT

basics of the process to define the elasticity of absorbtionality in level 5 = Universes

and the basics of the cover of geometry in basic cube value references to a value structure = 7 formats of usage by availability on the generations of their levels in top fased referenced value fases and as such the general theory of level aclimitisations based on derived theory of levels in :

their rferenced usage of the process value intercies as decimal value comparatives with the level 6 divisives on predefined sections of a non projective multi level meash on the cylinders by a format of projective measures made on the formats of 3 D = to a facilitation that has the same formats on the compressed value relations as unaltered in the formats of their specific formats of Arthur C Clarke

3 Laws

the data then as a type 1 parallellogramic process reference on the basis of the restrictive sum totals of the processess that are multi universally acceptancy by values to reference the processess as categorised in failure of data dimensionality of the lowest value intercie relators of the spacetime constrictions by a new theory of universal force = to the low start level applicative additionals of their value divisive subsequence in the process to define the warp space levels as applicational to force field solidity and plasma generative forces as the basics in stabilised alterations by level 5 in multiple universes as would define the projective point) not here processors of artificial Intelligence.

as the process advanced alterations by +/- 1 alterances to the waveform wobble morphing to include any parameter in artificial gravity controll of levels 5,6,7 as compatable with type 1,2,3

1/5X + 2/6Y+3/7Z= F

this type of particle motion will only work by projective inputs from a source far away and equal to the vector values that define input from a source to displace it around the orbital so that the electron type charge to displace the posi electron through the orbital.

basics of :are there

36 ANGLE /A+B+C =F q(r)Vol expansions

to define dark matter the requirement of 36 value unit alphabet of astrophysics will be required to relate to the 10 % value systems of percentage involvements with galaxy force as well as defining the functions of

10 % = 360 degrees / 36 level values

OR IS THERE A TYPE 1 OXYGEN WIND FORCE IN SPACETIME THAT WORKS LIKE A WINDMILL TURNING MOMENT ON WHAT ONCE WAS DEFINED AS GALACTIC PARAMETERS THAT HAVE BECOME DARK MATTER = TO A PARAMETER THAT WILL WORK LIKE A CURRENT OF O2 ON ALTERNANT FORMATS OF SUCH DARK MATTER SO THAT THE RELATIONS OF POINT TO POINT LEVELS WILL STILL DRIVE THE ACCESS LINK PRECISIONS OF MOTIVATING THE ROTATIONS OF GALAXIES.

4 freedooms

5th framework freedoom of knowledge moovement

Chordis6

7th framework ; Chordis

Flow bench data

The air flow bench can give a wealth of data about the characteristics of a cylinder head or whatever part is tested.

The result of main interest is bulk flow. It is the volume of air that flows through the port in a given time. Expressed in cubic feet per minute or cubic meters per second/minute.

Valve lift can be expressed as an actual dimension in decimal inches or mm. It can also be specified as a ratio between a characteristic diameter and the lift L/D. Most often used is the valve head diameter. Normally engines have an L/D ratio from 0 up to a maximum of .35. For example a 1 inch diameter valve would be lifted a maximum of 0.350 inch. During flow testing the valve would be set at L/D .05 .1 .15 .2 .25 .3 and readings taken successively. This allows the comparison of efficiencies of ports with other valve sizes, as the valve lift is proportional rather than absolute. For comparison with tests by others the characteristic diameter used to determine lift must be the same.

Flow coefficients are determined by comparing the actual flow of a test piece to the theoretical flow of a perfect orifice of equal area. Thus the flow coefficient should be a close measure of efficiency. It cannot be exact because the L/D does not indicate the actual minimum size of the duct.

altered displacements  full H2O  generating the functionings  linear data photons force universe

2)the data on parameters to which S +1 = data universe … of the indicative … Further, we will find that this virtual structure of a photon can be altered, … …. event based on force displacement spacetime etc…… so that the general data on …. h2o AS WELL AS THEFORCE OF THE BASIS IN PRE DESIGN LINEAR VALUES. …

27 Feb 2010 … basic data on the universal H2O force as the process of the vector …. basis of data on the functions of the displacement of everything into …. the photon value interactions of the displacements of a inertial value without interruptions … From (The PlasmaUniverse Wikipedia-like Encyclopedia) … …

Since then, Earth’s biosphere has significantly altered the atmosphere and other abiotic ….Possible alternatives to this fate include the purposeful displacement of an ….. Other atmospheric functions important to life on Earth include ….. Earth is the only place in theuniverse where life is known to exist. …

Later, there will also be the acknowledgment that the displacement of matter from one area to another is also part of this …. Illumination, Virtual Photon Fluctuation and Biophotons …[link to en.wikipedia.org] Galaxy map hints at fractal universe … It has an affect on the overall functioning of your star. …

HyperSpace 4-5-6 as the Recircularisation or Enfolding of the Linear Continuum of LineSpace.… Whilst experimental data predicts our universe to become a 5D de Sitter ….. on the mass/information content of the universe as a function of its ….. The angular displacementsfor the minor axis rotating Protoverse, …

of stars. The stars emit photons back out into the rest of the universe, ….. DNA has 2functions, 1) to be copied by the polymerase protein, 2) to serve ….. pyruvic acid, to CO2 andH2O, producing 18 more ATP molecules. This is the …… altered. source: http://en.wikipedia.org/wiki/Ima ge:KNM_ER_1813.jpg …

Let’s imagine a universe with no mass, just photons. …… However, “complete information” really means detailed wave functions of …… Mass, force, and more importantly linearmomentum and energy are what we call dynamic properties. …… If you took a radio antenna and had the technology to generate a …

It is that every object in the universe, no matter it is an atom or a ball or …. modulated in states of high E and B fields to generate the ultrasound. …. we have three articles exploring the structure and function of number. …. so a device that can measure displacement current would suffice. …

force of height limitations

depth force

By Henryk Szubinski

4 freedooms

5th framework the freedoom of knowledge moovement

Chordis6

the 7th framework Chordis

Pairs of unit quaternions as rotations in 4D space

A pair of unit quaternions z_l and z_r can represent any rotation in 4D space. Given a four dimensional vector , and pretending that it is a quaternion, we can rotate the vector  like this:

It is straightforward to check that for each matrix M M^T = I, that is, that each matrix (and hence both matrices together) represents a rotation. Note that since , the two matrices must commute. Therefore, there are two commuting subgroups of the set of four dimensional rotations. Arbitrary four dimensional rotations have 6 degrees of freedom, each matrix represents 3 of those 6 degrees of freedom.

Since an infinitesimal four-dimensional rotation can be represented by a pair of quaternions (as follows), all (non-infinitesimal) four-dimensional rotations can also be represented.

because time can be defined at the lowest level of water H2O depth is defined at its lowest value = a non increased pressure. Due however to the reasons for time only, the astrofysics of the situation = to a neutral state where the similarity can be made to vectoprisations beyond a specific resistance in the alterative divisions of the process to define how a objective functions in the close proximity to the responses generated by A.I impulses made to the maintainments of human functions to motivate a motion vector as displacement of the full value related force = h / G

as the

x lim = a value of the process similarity to a exit from Earth escape velocity where the 1 /2 way point defines the relations of the externals and the 1/x reductive values =

the data on the sudden non specific  basics of the escape velocity through the atmosphere by the implied reversals back to Earth as the fall value = a damage type relation with a failure &/or sucess of the process so that a similar value on the escape velocity accessed the geosynchronous orbit and then suddenly falling back to Earth will by relations to the

fallen  vector full F = the vector full fallen state (1/2) h

as the type velocity vector motions in their process value motivations of the general full internals of the universe process reductions to use the vector value = S as the formats to motivate vector usage into the relatedness of multiples and their referenced G number type1,2,3 possibilities by internal Artificial intelligence learning of the decimals that are combinative to the full extents of

level 1 / any value = level 2

level2 / any value= level 3

level3 / any value= level 1

this level difference of processess of a type Earth to Mars process as well as inclusive of the MOON would define the spacetime as

4th value continuiims

so that level 3 S/ any value = level 1 / 4 ( quaternion values ) as resistance of the formats of the type turbulence of all processess with moovable surfaces

as H2O processings that are relatedly comprised by formats in full states of static the water force is a format response on redesignated universe parameters with a solid reference with spacetime

In ancient China, the earliest literary reference to magnetism lies in a 4th century … in thesolid will contribute magnetic moments that point in different, …. (analogous to how relativity “mixes” space and time into spacetime). … the velocity vector, magnetic field vector, andforce vector, respectively. …

2 Feb 2010 … =each level vector plane spacetime in its form dynamics as used to a point 0vector … linear processess as a format to map or define the parameters and their LINKS …h2o AS WELL AS THE FORCE OF THE BASIS IN PRE DESIGN LINEAR VALUES. … data to not delay the vector sum and displacements into a non vector zone. …

this type of force of multiple compressions existing in shared spacetime parameters ….. 4 freedooms :sphere angle reverse vector universe common vector force ….. as …. type 1H2O. 2)the data on parameters to which S +1 = data universe … of the indicative planar direction of the reference as being altered to a …

AZ cross-reference of crackpot schemes and scams related to water treatment … by unlocking the vast amounts of energy stored in the water molecule H2O. ….. Silly name, silly claims: “Nectar of the Universe Energized Water is ….. Since scalars (but not transverse EMvectors) exist in 5-dimensional space/time, …

PESWiki.com — Pure Energy Systems Wiki: Finding and facilitating breakthrough ….. who first wrote the electromagnetic field equations in modern vector form. …. So what we have is that the altered vacuum (thus force-free precursor field) … collect energy from the energy flows from altered spacetime/vacuum, …

This universe equalizes the energy vector force input to vector … still lower frequencyspace-time and its related vector forces …. Further, we will find that this virtual structure of a photon can be altered, …. Brush on the “non-equivalence of mass and weight” is recommended (see appendix). …

25 May 2010 … The Star Trek Expanded Universe Database is for fanon and related content. See Memory-Alpha.org for the canon Star Trek wiki. …

Sir Isaac Newton Concepts of Time, Particles, and Forces ….. of force (vector waves that must include both force and direction of force for both Electric ….. motion between matter that is non-accelerated. (Inertial reference frames) ….. viii) Einstein’s ‘Curvature of the Four Dimensional Space-Time Continuum’ …

Could you provide a reference or the correct “topic” I could read up on? …… Since the book is not accelerating, the total force on it must be zero ….. I recently read an article about “nothing” in the center of the universe. …… In the theory of general relativity, mass “warps” the spacetime around it so …

7 Jun 2009 … All kinds of non-scientific pressures will start to dominate the material that …..space has a non-trivial homotopy group so that one can “wrap” spacetime …. not only in ourUniverse, and there is consequently nothing …. theory of “emergent” gravity where the gravitational force results from …

20 Oct 2009 … When enough matter is concentrated in one place, space-time is ….. from this most basic of fundamental forces in the Universe that is …. Somehow “electromotiveforce” and the manifestation of “black holes” is somehow related …… consistent with the one extrapolated from the H2O measurements, …

30 Apr 2009 … The Wikipedia article that I was referring to is this one: Double layer (plasma)….. The “ordered vector movement of electrons” whether it be their ‘spin’ in …. Plasma Cosmology doesn’t accept space-time warping by gravity — Plasma ….. Now I made this inreference to two of your comments, …

We are quite happy to accept the “non-reality” of the waveform because we “know” ……Quantum Loop Gravity on the other hand builds up background spacetime from … Any quantum system is completely described by a state vector Y and a …. in Quantum Mechanics equations as a mysterious parameter – arising from the …

the type 1,2,3 economical basis of a starwars type republic

The Ricardian equivalence proposition (also known as the Barro-Ricardo equivalence theorem^[1]) is an economic theory that suggests consumers internalise the government’s budget constraint and thus the timing of any tax change does not affect their change in spending. Consequently, Ricardian equivalence suggests that it does not matter whether a government finances its spending with debt or a tax increase, the effect on total level of demand in an economy being the same.

Introduction

In its simplest terms: governments can raise money either through taxes or by issuing bonds. Since bonds are loans, they must eventually be repaid—presumably by raising taxes in the future. The choice is therefore “tax now or tax later.”

Suppose that the government finances some extra spending through deficits; i.e. it chooses to tax later. This action might suggest to taxpayers that they will have to pay higher tax in future. Taxpayers would put aside savings to pay the future tax rise; i.e. they would willingly buy the bonds issued by the government, and would reduce their current consumption to do so. The effect on aggregate demand would be the same as if the government had chosen to tax now.

David Ricardo was the first to propose this possibility, though he was unconvinced of it.^[2] Antonio De Viti De Marco elaborated on Ricardian equivalence starting in the 1890s.^[3] Robert J. Barro took the question up independently in the 1970s, in an attempt to give the proposition a firm theoretical foundation.^[4][5] The proposition remains controversial.^[6][7][8]

spaceship Perspex

PERSPLEX

spaceship industry

research and summation

By Henryk Szubinski

formats for the alterations of a incline value and the usage of perspex surfaces to define the process of non friction states and their related value polymer thickness as the process of a type breaking value process in which the vechiclularity of the weight on the surface can be evenly distributed to a full universal type usage by vectorisations processess that are reversed into the non generated heat of the process friction = to the same  value of velocity by displacement as the aditional weight and the usage of a  incline by general pulling on one end, usually the front section of the bendable surface perplex:

basics

S = similar Friction ( wear ) as the velocity accellerated minimal

so that the basics are

S 3= R wear translation into velocity by angle x increase

as well as the

weight m  . S= even surface A distributions % x vector reversal (non heat generation)

this proces sum of the summation sequencxe involved in 3 stages of their sum dissonated value occilative x,y,z

value coordination is based on the

1)

internal responses to any value

2)

external value relations

3)

the internal value advancements based on the availability of spacetime in sections 1 and 2 as well as 3 in a instance

of supersymmetrical time relations where any vector value can be included as a time event based on force displacement spacetime etc…… so that the general data on

x= 10 units

or the y = 100 units

as well as

z = 1000 units can be defined by the prrocessess of a sequence relational reason in theory form to define the relational BIND basis of such processess as are definable on reduction of x values with their increased y value  data as the divisive formats of a universal force  in the case of z values and their processed resonings for the out fased relations with the amount of dimensions being used in

x = 1) 10

y = 2 ) 100

z= 3) 1000

as a format for triangulations based on the internal values as a type 1 reference to the amount of availability of the substitutional values = releatedness based on singular value possibilities

the formats of a multiple application on all the quadrances on the surface as usable in a lift coordination as well as the alternate side of the surface:

Poly(methyl methacrylate) (PMMA) is a transparent thermoplastic.

Chemically, it is the synthetic polymer of methyl methacrylate. It is sold under many trade names, including Policril, Plexiglas, Gavrieli, Vitroflex,Limacryl, R-Cast, PerClax, Perspex, Plazcryl, Acrylex, Acrylite, Acrylplast, Altuglas, Polycast, Oroglass, Optix and Lucite and is commonly called acrylic glass, simply acrylic, perspex or plexiglas. Acrylic, or acrylic fiber, can also refer to polymers or copolymers containing polyacrylonitrile. The material was developed in 1928 in various laboratories and was brought to market in 1933 by Rohm and Haas Company.

PMMA is often used as a light or shatter-resistant alternative to glass. It is an economical alternative to polycarbonate (PC) when extreme strength is not necessary. Additionally, PMMA does not contain the potentially unhealthful bisphenol-A subunits found in polycarbonate. It is often preferred because of its moderate properties, easy handling and processing, and low cost, but behaves in a brittle manner when loaded, especially under an impact force, and is prone to scratching compared to glass.

To produce 1 kg (2.2 lb) of PMMA, about 2 kg (4.4 lb) of petroleum is needed. PMMA ignites at 460 °C (860 °F) and burns, forming carbon dioxide, water,carbon monoxide and low molecular weight compounds, including formaldehyde.^[2]

triangulations are then based on

PMMA: PMMA has a density of 1.150–1.190 g/cm³. This is less than half the density of glass, and similar to that of other plastics.^[5]. It also has good impact strength, higher than that of glass or polystyrene, but significantly lower than that of polycarbonate or engineering polymers. In the majority of applications, it will not shatter but instead breaks into large dull pieces. It is softer and more easily scratched than glass. Scratch-resistant coatings (which may also have other functions) are often added to PMMA sheets.

• Transmits up to 92% of visible light (3 mm thickness), and gives a reflection of about 4% from each of its surfaces on account of its refractive index of 1.4893 to 1.4899.
• Filters ultraviolet (UV) light at wavelengths below about 300 nm (similar to ordinary window glass). Some manufacturers^[6] add coatings or additives to PMMA to improve absorption in the 300–400 nm range.
• Allows infrared light of up to 2800 nm wavelength to pass. IR of longer wavelengths, up to 25  µm, are essentially blocked. Special formulations of colored PMMA exist to allow specific IR wavelengths to pass while blocking visible light (for remote control or heat sensor applications, for example).
• Has excellent environmental stability compared to other plastics such as polycarbonate, and is therefore often the material of choice for outdoor applications.
• Has poor resistance to solvents, as it swells and dissolves easily. It also has poor resistance to many other chemicals on account of its easily hydrolyzed ester groups.
• Has maximum water absorption ratio of 0.3-0.4% by weight^[7]. Tensile strength decreases with increased water absorption^[8]
• Has a coefficient of thermal expansion of 5-10×10^-5 /K ^[9].

this graph will define the spaces between the vectors as the vector controll systems of the related lift and its pressure reductions by the surface context force:

data research courtesy of Wikipedia

philosophy of MARS relatedness of the signal delays of the orbital distance between Earth and Mars by the language of”although” = even though

THE LIFT MOTOR

LIFT MOTOR

By Henryk Szubinski

basic process of the large to small on the ballbearing types = the altered angle of motion in sequences through them as into the up direction from a balsic down vector weight will give most mashines and vechicles their upwards vector boost and sustain it .

type 1 web phone teleopter / teleporter

teleporter

By Henryk Szubinski

4FREEDOOMS ON THE AFTER EFFECTS

5TH FRAMEWORK :; THE FREEDOOM OF KNOWLEDGE MOOVEMENT BASED ACCESS TO PREVIOUS EVENTS

CHORDIS6 = THE BASIS TO RELATE THE TRACK RATES OF THE PROCESS INTO THEIR SPECIFIC RESULTANCES

7TH FRAMEWORK CHORDIS AS THE GENERAL FORMATS OF THEIR COMBINED VALUES INTO A NON LOSS STATE

if a gravity well based on the reduced formats of a MESH to which reductions of their scalar values = to reduced parameters:

the value system of a weight scale input into the gravity well type environements will define a large amount of instability as well as a large amount of divergances in the process by which weight vectorisation of the weigh values themselves in units of 1 in

multiple vector angles and directions =

the basics of theese uncertainties made by relations to molcular similarity of the volume based on balloons as a similarity to atomic values on their scalar weight value incrementations

=each level vector plane spacetime in its form dynamics as used to a point 0 vector value differencial on each state of their level projective non symmetry as the image types accessed at theese levels.

The combined levels and their vector graphic combined linear processess as a format to map or define the parameters and their LINKS

by the process of a CIRCUMFERENCIAL basis on the basis of radial values and their basic flow values defined by the time interval basis of the data on a positive usage of the spacetime volume as a teleporatational facilitations of the values

USING A GRAVITY WELL ON lcd SCREENS AS WELL AS THE TYPE WEIGHT PROCESSESS OF AUDIAL IMAGE LINKAGE

The external gravitational potential of a spherically symmetric body of mass M is given by . A plot of this function in two dimensions is shown in the figure. This plot has been completed with an interior potential proportional to , corresponding to an object of uniform density, but this interior potential is generally irrelevant since the orbit of a test particle cannot intersect the body.

The potential function has a hyperbolic cross section; the sudden dip in the center is the origin of the name “gravity well.”

Plot of a two-dimensional slice of the gravitational potential in and around a uniformly dense, spherically symmetric body.

Consider an idealized rubber sheet suspended in a uniform gravitational field normal to the sheet. In equilibrium, the elastic tension in each part of the sheet must be equal and opposite to the gravitational pull on that part of the sheet; that is,

where k is the elastic constant of the rubber,  is the upward displacement of the sheet (assumed to be small), g is the strength of the gravitational field, and  is the mass density of the sheet. The mass density may be viewed as intrinsic to the sheet or as belonging to objects resting on top of the sheet. This equilibrium condition is identical in form to the gravitational Poisson equation

where  is the gravitational potential and  is the mass density. Thus, to a first approximation, a massive object placed on a rubber sheet will deform the sheet into a correctly shaped gravity well, and (as in the rigid case) a second test object placed near the first will gravitate toward it in an approximation of the correct force law. More generally, a collection of objects placed on the sheet will mutually gravitate in roughly the way predicted by Newton’s law of gravitation.

This model is somewhat less suited to classroom demonstration than the rigid gravity well because a physical two-dimensional rubber sheet will deform according to the two-dimensional analogue of Newtonian gravity, which has a 1/r force law. To obtain the correct 1/r² force law, one needs a three-dimensional rubber sheet bending into a fourth spatial dimension.

BASIC IMAGE FACILITATIONS CAN BE USED ON THE USER ON A FRONTAL IMAGE USAGE WITH THE AUDIAL FORMAT:

DESIGNATING PROCESS OF THEIR VECTOR VALUES AND THE SPACIO DYNAMICAL RANGE OF THE DATA ON VALUES BY bit VALUE PROCESSORS ON LARGE GRAVITY WELLS SO THAT THE DYNAMICS OF THE PROCESS INCREMENTATIONS ON VERY LARGE VALUES OF CATALOGUING h2o AS WELL AS THE FORCE OF THE BASIS IN PRE DESIGN LINEAR VALUES.

aS SUCH THE FULL VOLUME OF h2o WILL PROCESS INTO A WARP.

form space arts

new species architecture

unfolding form

STEVEN MACIVER
“My work is an ongoing investigation of line, surface and structure fuelled by my interest in urban space.” [SMI]

Pete Eckert, Electroman. One of Eckert’s techniques involves using a composite body view camera mounted on a tripod. Focusing with notches carved into a focus rail, he throws his studio into total darkness, opens the shutter, and roams the space “painting” his image with light, using flashlights, candles, lasers and other devices.

triangulating spacetime alternator of responses

response alternators

By Henryk Szubinski

LARGER SIZED LIGHTNESS

4 FREEDOOMS:; QUAD EXPANSIONS OF PROJECTS

5TH FRAMEWORK ;: THE FREEDOOM OF KNOWLEDGE MOOVEMENT= THE SIZE VALUE PROJECTIVE AS NON LIMITED

CHORDIS6= THE BASIS OF A PERSONAL OCCULAR VIEW ON THE PROCESS ISOLATED TO PERSONAL SPECIFICS

7TH FRAMEWORK: CHORDIS= THE BASIS TO MAKE THE PROCESS FUNCTION WITH ANY VALUES

triangulations of spacetime warping by usage of John Tromp theory as applied to my own format of warp planes

Recently, John Tromp added a new twist to the problem by asking on sci.math how to make the angles as acute as possible. For the eight-triangle solution, he found a placement of the vertices in which the maximum angle is only about 85 degrees, and asked if more triangles would achieve even better angles.

My own involvement with the problem began several years earlier, with my paper “Provably good mesh generation“. One of the ideas in that paper was to define certain “tiles” that could be placed on the squares of aquadtree, to form acute-angled triangulations.

looking AT FORM IN THE DEFINITIONS OF DIMENSIONAL FORM THEORY OF THE TYPE FORM 1,2,3

AS THE BASIS OF THE SIMILARITY TO DEVELOPEMENTS OF STRINGS BY TRIANGULATING QUADRATIC EXTENSIONS AS THE SAME MULTIPLE PLANE DIMENSIONS OF SHARED 1,2,3 DIEMSNIONALITY:

RETURNING THE OBJECTIVE DIMENSIONS FORMED INTO THE WARP OPENINGS OF 1 D SPACETIME OPEN FASES AS THE PROCESS OF WAFFERS AND THEIR MOTION INTO RHOMBOIDS

1,2,3 AS MULTI RESPONSIVE WOBBLE

using triangulations to define spacetime warp rectangles

Returning to Tromp’s question on achieving better angles, a result of Gerver implied that the square could be partitioned into 72-degree triangles, not necessarily meeting edge-to-edge. Could this 72-degree bound be achieved by a triangulation in which all triangles met edge to edge? One can’t do better than 72 degrees because (by some manipulations with Euler’s formula) any triangulated square has (1) a vertex along a square edge where only two triangles meet, (2) a square corner covered by only one triangle, or (3) an interior vertex where at most five triangles meet. Cases (1) and (2) give at best 90 degrees, and case (3) gives at best 72.

QUANT SPACETIME EQUALISATIONS BY NOODLES WILL DEFINE THE USAGE OF A CAPTURED OBJECT SO THAT THE OBJECT GENERATES A FORCE TO WHICH A DISPLACEMENT OF THE RELATIONS TO A WARP IN SPACETIME DEFINING THE SPOOKY ACTION BETWEEN EINSTEINS RELATIVITY AND HAWKINS BLACK HOLE SINGULARITY:

IF YOU ROTATE THIS SYSTEM

the resultant string complexity would untangle itself outwards by a general LIft value of force in a vector basis = controllability by quant and spacetime advanced interactive timeing.

where the spacetime warps are free to displace along the opp and the adj as well as stabilisations for relations in non motion.

DATA ON THE SPACIAL START RELATIONS OF A COMPUTATIVE METHORD FOR THE BASICS TO DEFINE DATA ON THE PARAMETERS OF THEIR VALUE MULTIPLES =PROCESSESS IN THE DISPLACEMENT VECTORS

= S.x

where lim x = 9 universes  to 8 universes  based relations = S

as the formats for a inclusive vector complication amongst the vector values

= 5 universes  based on relations with additional 5 level force in such processess as define the Work done

= F.S

on the basis of the vector divisions of the prrocessess in 3 universes and their evasive value relations with non singularity

= 4 universes as based on the process of very large divisive values that relate the process by 3 values resultant in a opposed singularity that is in reference to 2 singularities = to a additional singularity reference in the relations to reversals in the relations of the usage of such time reversals as is =1 singularity

so that the resultance of singularities = 4 as the basis of a resistance fase recognitive in artificial gravity as the full value formats of their interactions based on the data to not delay the vector sum and displacements into a non vector zone.

So that the process vector S = the data on the vector value relations of  singularity vectors in height . length. breadth = volumes as the basic resultance of universe processess where the basis of a sustained point relational computation can be defined as the force of the general BAIT basis = derived differencials of the formats FOAM = full data on what the sectional designations of the general DEGENERATIVE process = proceedure of value in which data designated value volume full lim x = the generalisations of the data to access the FOAM connective x axial values and their data process pRIOR F = the connect process sequence resultances of the General context thory of value ahead of limits and the broken symmetry of their value in rosen bridges .

as the basics on the opposed vector values

the type of material that would imply formations of oxygen or water bubbles within their form as the continuiim by which such a substance would continue the H2O form inside its limitations of 3 format interior intervals:

thermoplastic

Polystyrene (pronounced /ˌpɒliˈstaɪriːn/) (IUPAC Poly(1-phenylethane-1,2-diyl)), abbreviated following ISO Standard PS, is an aromatic polymer made from the aromatic monomer styrene, a liquid hydrocarbon that is commercially manufactured from petroleum by the chemical industry. Polystyrene is one of the most widely used kinds of plastic.

Polystyrene is a thermoplastic substance, which is in solid (glassy) state at room temperature, but flows if heated above its glass transition temperature (formolding or extrusion), and becomes solid again when it cools off. Pure solid polystyrene is a colorless, hard plastic with limited flexibility. It can be cast into molds with fine detail. Polystyrene can be transparent or can be made to take on various colors.

Diffusion from a microscopic and macroscopic point of view. Initially, there are solute molecules on the left side of a barrier (purple line) and none on the right. The barrier is removed, and the solute diffuses to fill the whole container. Top: A single molecule moves around randomly. Middle: With more molecules, there is a clear trend where the solute fills the container more and more uniformly.Bottom: With an enormous number of solute molecules, all randomness is gone: The solute appears to move smoothly and systematically from high-concentration areas to low-concentration areas.

When there is a chemical potential difference between two locations, some of it may be due to potentials associated with “external” force fields (Electric potential energy differences, gravitational potential energy differences, etc.), while the rest would be due to “internal” factors (density, temperature, etc.)^[3] The true chemical potential, also called total chemical potential, can be split intointernal chemical potential and external chemical potential

μ_tot = μ_int + μ_ext

where

i.e., the external potential is the sum of electric potential, gravitational potential, etc. (q and m are the charge and mass of the species, respectively, V and h are the voltage and height of the container, respectively, and g is the acceleration due to gravity.)

Although the phrase “chemical potential” usually refers to “total chemical potential”, this is not universally observed.^[3] In some fields, particularly electrochemistry, the term “chemical potential” is instead used to mean internal chemical potential, while the term electrochemical potential is used to mean total chemical potential.^[4] Confusingly, in solid-state physics, precisely the opposite convention is often used in the context of electrons, with “chemical potential” meaning total chemical potential, and “electrochemical potential” meaning internal chemical potential.^[5]