SCI FI RESPONSE POSSIBILITY TRAINING OF THE FUTURE

SCI FI ARTS TRAINING

Mars READY vechicle THE BERGSON PACKAGE

vechicle Mars

By Henryk Szubinski

By making a comparison with MARS , the same value comparisons w ith the Earth in its largest geological mountain features ,even though Mars is 1/3 smaller than Earths size

what this indicates is a format similarity by the functions of inverted relations on the open state and the closed state values of surface areas that are similar to each other by the processess of the type air pockets and their referenced relations of a open and a closed state relationship with the act of flying a car for example, so that the design of such a vechicle though small can make any vector displacement at any speed: The illustration makes use of both differences in a image that is tranlatedd into a overlay of both images.

Although the design is not limited it will still give extra power as warp applications are found for using the layers in their mainflod multiple interpretations..

as each wing section side seperates to open the mid section the path taken by each wing is related to the E rail format of its otwards displacement in a curve on each side similar so that the alternate wing motions can be made with the tail wings in the opposite rail curvature track displacements ; this will give even distributions of all 4 wing weights and their multual motion cancellations for a value derived angle type curvature of 1/2 circumference based data as the process stillness of the formats as seen head on = to the values of the motion displacement of a weight distributive alternation while the whole angle 180 degree horizon is stabilised onto the top view vectors = to the motion of the areas of the wings

in the pump type motions ahead and back in the type 1 resistance of the 1/2 circumference values of the vechicle division into a nose and tail sectioning so that process is attractive to each half section WING as well as being the type of mid level attraction and seperations that will define the process of attraction = seperations by the stages of the quadrances making the motion curvature similar to  2 quadrs on each nose / tal half as well as defining

4 quadrance based values on

nose 4 / tail 4

so that a contoll can be made by

nose 3 / tail 4 quads

or nose 4 / tail 3 quads

even as such

tail 4 quad / nose 3 quads

or their 2 quad compatables.

why is this feature a predominant apperance of the type 1 planets with H2O as the

Figure 5a. A diagram depicting the expansion of the universe and the appearance of galaxies moving away from a single galaxy. The phenomenon is relative to the observer. Each dot represents a galaxy. Object t1 is a smaller expansion than t2. Each section represents the movement of the red galaxies over the white galaxies for comparison. The blue and green dots are markers to show which galaxy is the same one in the subsequent box.

CAN MOOVE IN A WAVE TYPE MOTION OR A WAVE TYPE DOCKING AND SLOWING DOWN BY THE INDENT FINNS ON ITS SURFACE USED FOR A TYPE SURFACE CURVATURE WITH THE MULTIPLE ARRAY POOINTS SPECIFIED AS EXPANDING OR CONTRACTING ALL THE QUADRANCE VALUES IN SIMUL MOTION

the amount of quadrance values in their total mobility vectors by the type surface expansion of a half hemisphere process will indicate the non motion of each vector outwards as a vector inwards without vector displacements

Theoretical cosmologists developing models of the universe have drawn upon a small number of reasonable assumptions in their work. These workings have led to models in which the metric expansion of space is a likely feature of the universe. Chief among the underlying principles that result in models including metric expansion as a feature are:

• the Cosmological Principle which demands that the universe looks the same way in all directions (isotropic) and has roughly the same smooth mixture of material (homogeneous).
• the Copernican Principle which demands that no place in the universe is preferred (that is, the universe has no “starting point”).

Scientists have tested carefully whether these assumptions are valid and borne out by observation. Observational cosmologists have discovered evidence – very strong in some cases – that supports these assumptions, and as a result, metric expansion of space is considered by cosmologists to be an observed feature on the basis that although we cannot see it directly, scientists have tested the properties of the universe and observation provides compelling confirmation. Sources of this confidence and confirmation include:

• Hubble demonstrated that all galaxies and distant astronomical objects were moving away from us, as predicted by a universal expansion.^[10] Using the redshiftof their electromagnetic spectra to determine the distance and speed of remote objects in space, he showed that all objects are moving away from us, and that their speed is proportional to their distance, a feature of metric expansion. Further studies have since shown the expansion to be extremely isotropic andhomogeneous, that is, it does not seem to have a special point as a “center”, but appears universal and independent of any fixed central point. Figure 5a.
• In studies of large-scale structure of the cosmos taken from redshift surveys a so-called “End of Greatness” was discovered at the largest scales of the universe. Until these scales were surveyed, the universe appeared “lumpy” with clumps of galaxy clusters and superclusters and filaments which were anything but isotropic and homogeneous. This lumpiness disappears into a smooth distribution of galaxies at the largest scales.
• The isotropic distribution across the sky of distant gamma-ray bursts and supernovae is another confirmation of the Cosmological Principle.
• The Copernican Principle was not truly tested on a cosmological scale until measurements of the effects of the cosmic microwave background radiation on the dynamics of distant astrophysical systems were made. A group of astronomers at the European Southern Observatory noticed, by measuring the temperature of a distant intergalactic cloud in thermal equilibrium with the cosmic microwave background, that the radiation from the Big Bang was demonstrably warmer at earlier times.^[11] Uniform cooling of the cosmic microwave background over billions of years is explainable only if the universe is experiencing a metric expansion.

BASICS OF THE UPTURNED VECHICULARITY AS THE  PROCESS OF DESCENT BY USING THE ALTERNATE SIDE OF THE PILOT SECTION IN A MULTIPLE SUAGE ON THE ALTERNATE SIDE AS WELL AS UTILISING THE MOMENTUM IN ANGULAR ROTATIONS OF THE TURBINES BY THE WHOLE VECHICLE GOING THROUGH A TURN IN ITS SPECIFIC ORIENTATIONS BY THE USAGE OF WHAT IS DEFINED PREVIOUSLY AS

THE XPANSION POINTS OF THE UNIVERSE AS THE BASIS FOR POINT CONTROLL ON THE SURFACE RELATIONS OF THE VECHICLE

HE FOLLOWING SECTION IS CONCERNED WITH A THE TYPE 1 PINNS FOR THE ANGLE AND ROTATIONAL SYMMETRY OF THE TURBINES CONCERNED WITH LANDING BY THE FLOW OF THE TYPE VOLUMES IN MOTION STABILITY BY USING THE FLOW THROUGH THE CURVATURE OF THE VECHICLE

THIS BASIS OF THE DATA ON THE ORIENTATIONS POINTS IN RELATIONS TO 1 POINT ANDROMEDA AS THE MOTION AROUND ANDROMEDA OR THE MOTION PASSED ANDROMEDA WOULD = THE ROTATIONS OF THE POINT SPECIFIC VALUE OF SUCH LINEAR POINT SPECIFIERS BY LOSS OR GAIN OF DATA .

BY KNOWN POSITIONS OF ACTUALLY BEING IN ANDROMEDA OR BY THE PARAMETERS OF THE MILKY WAY BY KNOWLEDGABILITY OF SUCH VECTORS AS ACTUALLY THERE BY DISPLACEMENT TO IT..

PROCESS STRUCTURE MOTION DISPLACEMENTS H2O FORMATS OF GLYCOMOL AS DISPLACED FORCE MEASUREMENT MULTIPLES UNIVERSE

27 Feb 2010 … basic data on the universal H2O force as the process of the vector ….. as theforce of a multiple force volume and the non interactions of a force … From (The PlasmaUniverse Wikipedia-like Encyclopedia) … …… of the displacement to the effectedforce..as thebasics of a displaced concavity. …

For a popular science sampling, you could search for “bubble universe” at …… So, are there other states of H2O and does the formulation remain independent …… if a body is immersed in a fluid,is the volume of the displaced fluid …… by gravity – and the table has interatomicforces that resist motion and …

2 Jan 2009 … The mobile side are displaced along the x direction from 0 to 1 mm by the motor. … The fine displacements along the y and z directions are controlled by … theuniverse at the length scale of a billionth of a metre. …… For example in diabetes themeasurement of blood sugar enabled people to …

… Topic 10th: theory quantum universe physics mechanics particles matter particle ……glasses photo motion kodak format picture eye pictures depth processing …… proletariat bourgeoisie structure force proudhon conditions socialist ….. angular stress massesmeasure formula mechanics balance processes net …

Can you tell me the best current measurement of c in as many decimal places …… The buoyant force is determined only by the displaced air and a liter of …… at 40m/s what is their displacement from the ground when they collide? …… I recently read an article about “nothing” in the center of the universe. …

even force the shift to the use of coal as an energy source in countries …… Fuel cells: Natural gas is one of the multiple fuels on which fuel cells …… remaining stages representprocesses for the removal of CO2 and H2O, …… The Energy Confinement Time is a measureof how long the energy in the plasma is …

Double Displacement or Ionic Reactions * When a pair of ionic compounds in solution ……The Four fundamental forces in the universe were once a single, …… to the rules (a single element is displaced or kicked out in the reaction). ….. Appendix A On Measurement. | | Appendix B Linear and Rotational Motion. …

This sort of very fast imaging is critical for “stop motion” studies such as ….. Because of themultiple gradients – the vector length images are …. of using NMR to study the rotations of molecules) rather than water displacement. …… method for the measurement of local cerebral glucose utilization in man. …

AP Physics 2-D Motion cramming and could use much much help please! ….. Print ViewSimultaneous Measurements of Position and Velocity · Normalizing Wave Function of A Ring …. E&M question: suppose the speed of light is greater in an alternate universe? ……displacement from velocity and time dependent force …

is critical for “stop motion” studies such as cardiac imaging. …. ent during the measurement process. Recall that at this time, long before MR ….. the structure being determined extends beyond the plane of imaging. ….. normal glucose breakdown and accumulate inside the cell – accumulating larger amounts …

2 H2O → 2 H2 + O2. 6.3 Single Replacement. Single displacement or … glucose) and urea dissolved in polar solvents such as blood plasma. …… was very energy intensive and was rapidly displaced by the Ostwald process once …. 31-8 as follows: For a solution X, firstmeasure the electromotive force EX of the …

24 Nov 2005 … So Bergson does not force a choice between science and metaphysics. ……Bergson regarded the symmetry of motion as a reciprocal relation. …. B regards theuniverse as an intrinsically irreversible process (vs the …… equally they measure, the one by the complexity of its structure and the …

keywords: consciousness, duration, spacetime, metaphysics, poliphysics

Introduction
The book of Bergson (Durée et simultanéité. À propos de la théorie d’Einstein. 1922) and the debate between the two scientists at a meeting, convened by the Philosophical Society of Paris, marked the fall of Bergson’s and the rise of Einstein’s star. Although part of the debate seemed to deal with technical details (e.g. the interpretation of the geometrical models used by Einstein and the role of the observer), the real clash was the one between metaphysics and poliphysics (as mix of politics and physics).

As introduction to the Bergson-Einstein debate, I like to sketch a frame of reference related to two keywords in the debate (consciousness and time) and related to the year 1922.

I start with a brief outline of a model in which it’s possible no only to distinguish different states of consciousness but also to visualize measurable variables that are related to these different states of consciousness.
Regarding time I write a bit about different philosophical approaches of time: substantialism, relationalism and idealism.
Bergson’s idea of duration is presented, together with a framework of keywords that given a comprehensive impression of his views.
Einstein’s idea of SpaceTime is presented with a short characterization of some differences between the Special Relativity Theory (SRT) and the General Relativity Theorie (GRT).
Before an impression is given of the debate between Bergson and Einstein, I present some information about the year 1922. The year 1922 contained beside Bergson’s book more interesting eventities, related to the status of the Relativity Theory (RT), eventities that contribute to the hypothesis how RT, that started as physical theory, seemed to end up as poliphysical theory.
What follows are some keypoints in the debate between Bergson and Einstein and this sketch ends with some conclusions.

Australia as Africa

Similarities

By Henryk Szubinski

Africa as Australia; it is this vector located value of the continent being upside down or right side up that defines the normal view that the Equator divides what can be seen of the frontal view of Africa with its East / West vectors and the divisions into a continent that appears more like Australia when the conclusions are made from a view looking at the whole INDO EOUROPEAN continent from the side where West = North / South on  the parameter from Japan.

little known places largerly unknown angles on Earth

QUESTION ; ARE THERE MOUNTANOUS REGIONS IN PROXIMITY TO THE JAPANEESE MAINLAND AND IN A SIMILAR VECTOR DIRECTIONS AS THE JAPANEESE MAINLAND BUT SEPERATED BY A SMALLER DISTANCE OR A LARGER ONE THAN IT IN A PROXIMAL PARAMETER:

By Henryk Szubinski

Yes there is such a mountanous region:

to locate the regions name is difficult even with todays standards , so try looking in Google earth or any maps available, though they do not give English names of the regions, there are ways to get the data, even as such the NASA world wind programme is where the images shown are from.

There are mountains in this general region, large ones, and lots of them….The whole region breaks up into the nothern back yard where the stretch into the icy north pole is not far away.

Even as such offering some as yet unseen angles of the Globe from the perspective of Japan and its extensional Saharin islands The hopp almost takes us into Eourope and the Russian capital.

what looks like the front view of the general west east orientations off the whole world suddenly appears as a region with tremendous sized regions of mountain and snow, the kind you see in the himmalayas as well as being a type main land protrusion into the ochean the size of the whole Indian continent, this part of the world is like a arm that has not yet been used on the total as part of the body of the larger Earth.

THE Japaneese main land is suspended below the whole vertical continent of the INDO EOUROPEAN mainland.

Following a larger mountan region by length alone than the Himmalayas that divides the whole continent into two and sustaining the same value by the costline of Siberia as would be the channel of all cold air mooving in the Earth.

So that the hot air must be formed by the huge stopp in the mountains making a reverse 2 pocket region that causes most of the Earths funneling of air flow.

By making a comparison with MARS , the same value comparisons w ith the Earth in its largest geological mountain features ,even though Mars is 1/3 smaller than Earths size

why is this feature a predominant apperance of the type 1 planets with H2O as the requirement for a exo planet with sustainability of water environments..

the 2 vectors of Siberia and the higher Himmalayas would as seen on Mars have caved in on the interactive volume between them as a large valley .

The Force of the momentum in this type fall in vector would have tilted the planets to their polar relations or having stabilised them into a orbital assist to maintain the orbits of Mars.

gravity waves on the vertical

DATA ISLOLATIVE PROTECTIVE SURFACES

By Henryk Szubinski

basics of the value displacements into a level 1 F = the surface values compacted into the responsive value of a captive 1 volume basis force as the relations to the data on their buffer levels =3 rd state processess of the value non effected alterance of the process resultance in which the value resultance = surface 4 where the basics of the surface relations in rerunning the sequence

2(1F + 1Vol+ Buffer ) = (3 static S.A )/2

so that a value comparative with x2 x 4 = 4 the trace used as the value 3 divisive can be reused

4(1F + 1 Vol + Buffer) /(3 static S.A ) 3

12 ( 1F + Vol + Buffer )singularity static S.A

so that the singularity of 12 :1

=3 :4:1/4

scaled relations indicates the amount of multiplications  with 1/4 as well as the multiplications of the amounts of multiple relations with 3 and 4

Just as the definite integral of a positive function of one variable represents the area of the region between the graph of the function and the x-axis, thedouble integral of a positive function of two variables represents the volume of the region between the surface defined by the function (on the three dimensional Cartesian plane where z = ƒ(x, y)) and the plane which contains its domain. (Note that the same volume can be obtained via the triple integral—the integral of a function in three variables—of the constant function ƒ(x, y, z) = 1 over the above-mentioned region between the surface and the plane.) If there are more variables, a multiple integral will yield hypervolumes of multi-dimensional functions.

Multiple integration of a function in n variables: f(x₁, x₂, …, x_n) over a domain D is most commonly represented by nested integral signs in the reverse order of execution (the leftmost integral sign is computed last), followed by the function and integrand arguments in proper order (the integral with respect to the rightmost argument is computed last). The domain of integration is either represented symbolically for every argument over each integral sign, or is abbreviated by a variable at the rightmost integral sign:

Since the concept of an antiderivative is only defined for functions of a single real variable, the usual definition of the indefinite integral does not immediately extend to the multiple integral.

using vertical waveforms and their booster type relations

the occilations of the dissonance is so great that the override of a vertical wave goes into the horizontal effector

g >1<g

Double integral as volume under a surface z = x² − y². The rectangular region at the bottom of the body is the domain of integration, while the surface is the graph of the two-variable function to be integrated.

3:4:1/4

is then squared

9:16:1/16

as a sum value =25 1/16

of a z value

to define the x ,y value difference will be shown by the effect sizes based on means

vertical wave boosters

will motivate a axial turn on each bit rotator used with a surface in elasticity  for a wave form type interaction of flexations by a system of

1—————–2

3—————–4

Effect sizes based on means

A (population) effect size θ based on means usually considers the standardized mean difference between two populations^[6]:78

where μ₁ is the mean for one population, μ₂ is the mean for the other population, and σ is a standard deviation based on either or both populations.

In the practical setting the population values are typically not known and must be estimated from sample statistics. The several versions of effect sizes based on means differ with respect to which statistics are used.

This form for the effect size resembles the computation for a t-test statistic, with the critical difference that the t-test statistic includes a factor of . This means that for a given effect size, the significance level increases with the sample size. Unlike the t-test statistic, the effect size aims to estimate a population parameter, so is not affected by the sample size.

A PROBLEM IN A RADIAL VALUE = S displacement :

1—-open——–left—-open—y————open———radius-open—x-open-right -open –2 = full diameter

where the diss balance of the x/y difference = 1/2 S values will basically dissonate the values of the rotational moment as being the type full level Diameter in its influence of bit data dissonated values of the resultance to rotations dependant on the process by which the motion to the left or right = the amount of dissonated rotation

So that using a open bit cylinder in place of a vector diameter cylinder in solid state that will show the differences of momentum by angular velocity

instability by thermal influences will basically alter the dissonance into a thermally powered tubular conductivity resultant to its larger variance thermal control such as galaxies

THIS TYPE 1 VALUE VERTICIES OF A TUBULAR BIT SECTION AS IT MOTIVATES THE TREADMILL TYPE CAUSATIONS OF H2O HORIZONTAL WAVEFORMS IN THE INTERACTIONS OF THE ANGULAR MOMENTUM RESPONSES.

the amount of galactic arms in a

standard deviations = 1/16 x

the t test =25

where the parameter is the y value so that a x,y,z equation will use those values

tt 25 /s.d 16 = x,y (1)

or its basic 1/2=  x/y

BASIC SURFACES

SEE THROUGHS

COMPUTER PLASMA

IMAGE DIMENSIONALITY

CELLULOID FILM SURFACES

dark matter the FINGER PRINT

the paint functions of dark matter

FINGER PRINT BY VOLUME RELATIONS

By Henryk Szubinski

Rotation curve of a typical spiral galaxy: predicted (A) and observed (B). Dark matter can explain the velocity curve having a ‘flat’ appearance out to a large radius

the process vector in the displacements of volume 3 x value = to the process motivated forced vectors in the process to define the 4x S vector displacements by absorbtional spectral values in the radial vector direction drag coefficiency of the vector values on Vol 4 values x radials in multiples where the process displacement 4 S = the volume leak of the volume absorbtions by the process of the vector motion = 6 S

as the comparatives of the vector indicators that are the resultance of the vector S 7 = the indications that large galactic clouds as well as the type magellan clouds would be using this type of absorbtions by gravity reversals of a type absorbtions by the quantal sucktions into the basic cores of large stellar clouds = the types of growth beyond the gravity values of pre galactic value volumes that grow on the basis of the level galactic lim x = 1 and expanding beyond the values of  1/Vol= gravity reversal (radius) + S

so that the basics of the lim x = volume expansions in their value full volumes

= the type of clouds defined as dark matter clouds where the general stability of a neutral state of the volumes > galactic equalisations of the galactic neighbourhood of their multiples

at high velocity exchanges of absorbtion with expansions of the trace inputs of the force matter into the vector remainig on the vector trace will cause the force sphere to burst in a sudden excess of force..

basic fingerprinting of a force volume sphere at which absorbtions of one side of the surface link with spacetime will =the resultant print on the surface by the sphere surface ejecting the volume of force absorbed into the trace value.

1 > x< 1 = the basis of the equalisations in their expended state values of their force fields

3D map of the large-scale distribution of dark matter, reconstructed from measurements of weak gravitational lensing with the Hubble Space Telescope.

Dark matter is crucial to the Big Bang model of cosmology as a component which corresponds directly to measurements of the parameters associated withFriedmann cosmology solutions to general relativity. In particular, measurements of the cosmic microwave background anisotropies correspond to a cosmology where much of the matter interacts with photons more weakly than the known forces that couple light interactions to baryonic matter. Likewise, a significant amount of non-baryonic, cold matter is necessary to explain the large-scale structure of the universe.

E.U FEDERAL REGISTER future of digital media newspapers

newspapers in the plasma future

By Henryk Szubinski

compressing data on a joint cooperative of EU with the US to define the future of media with Australian federal registers as well as the China federal register

the relations of the federal register as a similar format with the E.U federal register based on

the 4 freedooms

5th framework the freedoom of knowledge moovement

Chordis 6

the 7th framework Chordis

BASIS OF THE FORMAT NEWSPAPER = DATA ON FORCE OF FORWARDED VALUES IN F3 IN A BOOST VALUE VECTOR = 3 s

SO THAT THE COMPRESSIONS CAN BE EQUATED TO SINGULAR VALUES SUCH

AS THE VECTOR SINGULARITY BASED ON THE FORCE OF ATTRACTIONS BY THE PROCESS LINK TO THE VECTOR INVOLVANCE WITH A SYSTEM OF THREE VALUES SO THAT

3S = 3 x

where the x value is differencially a format of 2 x as a subsequent differencial based on 3x dx

so that the sum of the lim x = a force

where the sum = x+2x+3x =6x

as well as suing the vector return values of the 4 R = 3S

or the basics of similar differencials = 1 R +1x = 1y

so that

4R + 4 x =4 y

in relations to

3R + 3x = 3y

basic equations of their calculous sets: the two equations can be = 6x 3 = 18

or the basics of

18 R + 18 x = 18 y

basic value of the differences of a continuiim Rx/y =2

as binary couplings in every Rx/y usage

the values Rx (4) / 3(y) = 3 force motivators

basis of the SUBSCRIPTION NOTICE INCLUSIVE OF THE NEWSPAPER TYPE REQUIREMENTS BUT FOR A BLOOGOSPHERE TYPE USAGE

The European Union (EU) is an economic and political union of 27 member states,^[7] located primarily in Europe. Committed to regional integration, the EU was established by the Treaty of Maastricht in 1993 upon the foundations of the European Communities.^[8] With over 500 million citizens,^[9] the EU combined generated an estimated 28% share (US$ 16.5 trillion) of the nominal and about 21% (US$14.8 trillion) of the PPP gross world product in 2009.^[10]

The EU has developed a single market through a standardised system of laws which apply in all member states, ensuring the free movement of people, goods, services, and capital.^[11] It maintains common policies on trade,^[12] agriculture, fisheries^[13] and regional development.^[14] Sixteen member states have adopted a common currency, the euro, constituting the Eurozone.

the usage of register laws as they are sequenced into the types of media vector usages to a process of business vector interactions basd on the business of the tri LINK or quadratic LINKAGES as well as the EU state existance already at the period 1998 at which time the declarations of free travel in the Eouropean main land was run for trial running of the functionings of the system just after the velvet revolution.

The Federal Register (since March 14, 1936), abbreviated FR, or sometimes Fed. Reg.) is the official journal of the Federal Government of the United States that contains most routine publications and public notices of government agencies. It is a daily (except holidays) publication.

The Federal Register is compiled by the Office of the Federal Register (within the National Archives and Records Administration) and is printed by theGovernment Printing Office.

There are no copyright restrictions on the Federal Register as it is a work of the U.S. government. It is in the public domain.^[1]

Citations from the Federal Register are [volume] FR [page number] ([date]), e.g., 65 FR 741 (2000-10-01).^[2]

vergance of force

defining the seperations of vergances

By Henryk Szubinski

INCLINES RELATED TO EACH OTHER

3 x h= THE BASICS OF THE TRIANGLE AREA IN ITS HEIGHT VALUE AS A VOLUME BASED VALUE

the interactions with the area divisive triangle = 3 /2

as the value interactions with the previous 3 x h

(3xh). (3/2) =3 + x

3h (3/2 ) = 4-x

theese two equations will define the 1 + / – value

of the Aerea and the values 2h . 2l

as a 4 sided value in which the value of seperations = F

by the process of

F -( 4 – x ) (3 + x ) =3h ( 3/2)

as well as the value inputs and the forwards vector verge = the vector verge of force

12 x squ = 12 y squ

is the basis of the force in reductions by subractions or differencials

differencial 12 x squ D x = 3x -1

differencial 12 y squ Dy= 4 y -1

basic Newtonian equations are then:

4 y – 1 /12 x squ (12 y squ)  <—–Dx

=3x -1/ ( 12 y squ ) / 4y -1 ——–>D1

the resultants are then:

set 1)

(4y -1 ) /144 x squ y squ

3 / 144 to the -1 x squ

0.020 to the -1 ( x ) squ

set 2)

=3x -1/ ( 12 y squ ) / 4y -1 ——–>D1

(3x -1)/ -2

=3x-1/2

the 2 sets are then:

3x-1/2

-0.02  x squ

3x-0.52 x squ = Force

basic sides of a triangle and the value of its height as a volume specific relation to the side value divisive of its reliance on the volume by the increase of a dissonance in the side gauge measurements of the interactions of thriangle dent quants on the sides of the volume triangles as a type 1 quantal involvment of any such volumes , causing a type flow alteration in levels by placement of the INDENTATIONS on its surface as basic volumes of spacetime on the surface of the faces of triangle volumes.

The tetrix is the three-dimensional analogue of the Sierpinski triangle, formed by repeatedly shrinking a regular tetrahedron to one half its original height, putting together four copies of this tetrahedron with corners touching, and then repeating the process. This can also be done with a square pyramid and five copies instead. A tetrix constructed from an initial tetrahedron of side-length L has the property that the total surface area remains constant with each iteration.

The initial surface area of the (iteration-0) tetrahedron of side-length L is . At the next iteration, the side-length is halved

and there are 4 such smaller tetrahedra. Therefore, the total surface area after the first iteration is:

This remains the case after each iteration. Though the surface area of each subsequent tetrahedron is 1/4 that of the tetrahedron in the previous iteration, there are 4 times as many—thus maintaining a constant total surface area.

The total enclosed volume, however, is geometrically decreasing (factor of 0.5) with each iteration and asymptotically approaches 0 as the number of iterations increases. In fact, it can be shown that, while having fixed area, it has no 3-dimensional character. The Hausdorff dimension of such a construction is  which agrees with the finite area of the figure. (A Hausdorff dimension between 2 and 3 would indicate 0 volume and infinite area.)