emperor failure

the remote viewing trick

problems of getting close to the Emperor to locate plans by remote viewing

argumentations made over  the ability to make money wherever there is a planet that harbours smugglers such that the trade routes are in high value throughout the starwars galaxy

: over force , meaning money = to learn the trick by 1 thought during the time limit without a side step into a remote viewing position to sit in the Emeprors seat and make the decisions he makes and to corrupt them

:or over issues of land where smugglers were self tought as translator &/or assistors to larger smuggling racketeers

was provided to the emperor by a probedroid of a powerfull slave

who was neutral

but  who failed in ITS 3 000  year neutrality of the way of the force

= force as a non language

THIS SLAVE WAS THE MILLENIUM FALCON

and was hunted through the galactic planetary passess, later saved by the republic

by a neutral master  named obiwan kenobi

,and set off the  galactic war, by a missunderstandding of the term in android computing languages as a race to the end computation  in a 3 000 year old language

the smugglers alliance was the legal wearing of the logo as well as being the type remote law for the transmissions law abused by the empire as the emperors own secret

which was used by the early droid programmers

and was known of as a androids short circuit

cartesian LEO II functions

FUNCTIONS UNIVERSE

By Henryk Szubinski

having Formats for…………………multi universe

Circle of 12 gold stars on a blue background.

4 freedooms

the 5th framework the freedoom of knowledge moovement

Chordis6

the 7th framework

IF THE DATA THAT A HUMAN IS PART OF A PHOTON OR A PART OFF A STAR WOULD THERE BE A TYPE LEOII AS THE COLLECTIVE OF INDIVIDUAL HUMAN FORCES IN A SEQUENCED VALUE OF DELAY INTO WHICH THE FULL FORCE OF A NEW GALAXY WOULD BE FORMANT

the dark matter problem as the type of 60 generational value in human expenditure the type of 100 000 000 000 star formats in a glaxy as the combinance of about 1000 000 000 humans as would be the type periodicity of a generational gap that would take

the population growth of a decade :

SO WHAT IS THE SAFE PROCESS OF AUDIAL LANGUAGE INDICATIONS FORR THE PRRESENCE OF HUMANS IN THIEIR RESERVOIR OF AUDIAL FUNCTIONS BY PROCESSESS THAT ARE INTELLIGENT:

Or the basics of the high levels of irregularity that are in places where formats of type zoom in on = to the wrong data on the amount of luminoscity or spectral values of visable light as would be definable on multiple universes but is still not visable. In the context of a larger increae of images the larger force in a smaller parameter is not……………………..

the multi universe response =smaller parameters as altered by flipping the equation that the larger the parameter is , the smaller is the force: So where is this force in its clear evidence for the accellerations of galaxies in their altered

parameter being larger = the  parameter being closer

which would be wrong if the data for……………………

parameter being larger = the  parameter being closer by accellerations the true values would be

a >parameter <a1

so that even Force would be wrongly or rightly so defined as

F>parameter<F1

multi universally having formats for  the format on this formattor response   the position of the function was not here

so what is wrong with the multi universe

G>parameter<G1

as the positional certainty =formattor response, the data must be atered into its true relations of universes

G<parameter >G1

wether the G or G1 basis is needed on the function of a galaxy alone

is not the collission of galaxies , it is the process that takes place when the galaxy is shown in full motion vectors as are basically the full amount of force that is active in defining the amount of motion inside a galaxy

so that

internals > parameter< internal 1

as the FORMAT

neither was the

positional indicator of

YOU ARE HERE

you are here>parameter< you are here 1

the definitions of what  the position problem is:you are here but you are not alone

so that despite

position >parameter< position 1

so that

LOCAL GROUP OF GALAXIES

what is the missing function:

x >parameter <x1

this should be known of as

LEO II

where positionality is multiplied in the x values of a probable gravity well on the vertical surface of x values or its basic coordination in Cartesian spacetime vertically

functions of the dark matter exchanges wwith dark energy as avoidance by the flow of force in the functions that can be extended on the basis of longer human lifetime expectancy which would be the alterations of biological processess in either vector time so that the increased delay of this function will define the Andromeda as using the proximal almost dark Galaxy less known of:

functions are:

File:Graph of example function.svg

Graph of example function,
\begin{align}&\scriptstyle  \\ &\textstyle f(x) = \frac{(4x^3-6x^2+1)\sqrt{x+1}}{3-x}\end{align}
Both the domain and the range in the picture are the set of real numbers between -1 and 1.5.

Formal description of a function typically involves the function’s name, its domain, its codomain, and a rule of correspondence. Thus we frequently see a two-part notation, an example being

\begin{align}  f\colon \mathbb{N} &\to \mathbb{R} \\  n &\mapsto \frac{n}{\pi} \end{align}

where the first part is read:

  • “ƒ is a function from N to R” (one often writes informally “Let ƒ: X → Y” to mean “Let ƒ be a function from X to Y“), or
  • “ƒ is a function on N into R“, or
  • “ƒ is an R-valued function of an N-valued variable”,

and the second part is read:

  •  n \, maps to  \frac{n}{\pi}. \,\!

Here the function named “ƒ” has the natural numbers as domain, the real numbers as codomain, and maps n to itself divided by π. Less formally, this long form might be abbreviated

 f(n) = \frac{n}{\pi} , \,\!

where f(n) is read as “f as function of n” or “f of n”. There is some loss of information: we no longer are explicitly given the domain N and codomain R.

It is common to omit the parentheses around the argument when there is little chance of confusion, thus: sin x; this is known as prefix notation. Writing the function after its argument, as in x ƒ, is known as postfix notation; for example, the factorial function is customarily written n!, even though its generalization, the gamma function, is written Γ(n). Parentheses are still used to resolve ambiguities and denote precedence, though in some formal settings the consistent use of either prefix or postfix notation eliminates the need for any parentheses.

waveform sphere

waveform spheres

By Henryk Szubinski

on Earth the theory presented is a multiple surface influenced by the multiples of elements in forced waveformats:

the theory will define the basis of the ressonance of wave force in simple total waveforms and spheres and why a sphere is influenced by waveforce .

The horizon is the apparent line that separates earth from sky, the line that divides all visible directions into two categories: those that intersect the Earth’s surface, and those that do not. At many locations, the true horizon is obscured by trees, buildings, mountains, etc., and the resulting intersection of earth and sky is called the visible horizon. When looking at a sea from a shore, the part of the sea closest to the horizon is called the offing. The wordhorizon derives from the Greek “ὁρίζων κύκλος” (horizōn kyklos), “separating circle”,[1] from the verb “ὁρίζω” (horizō), “to divide, to separate”,[2] and that from “ὅρος” (oros), “boundary, landmark”.[3]

File:Horizons.svg

if

A PROCESS CAN IN THE EXTERNAL REALITY OF THE LARGER UNIVERSE, EFFECT A WAVEFORM THAT IS AS LARGE AS THE UNIVERSE, THE EARTH AS SUCH BEING PART OF THAT WAVEFORM WOULD ALSO BE INFLUENCED BY THE WAVEFORM FORCE DEPENDING ON A FEW CRITICAL LEVELS

1) UNIVERSAL WAVEFORMS ARE EVERYWHERE

2) THE EARTH AS PART OF A LEVEL1 WAVEFORM WILL  BE EXACTLY THE SAME AS THE INTERVAL WHERE THE WAVE IS IN ,BY 2 STAGES a and b

a) the waveform is on the top surface level

b) the waveform is on the base level

3) the waveform will imply that this same process can generate a view of the whole spherical format of the Earth as well as all other wave form processess by the definition of what the irregularity is defined as or more precisely

between waveforms a/b or b/c

even as

ab/c or ba /c

as the wave force formattor of the precise similarity of a full value instance of a spherical map in full envelopement as being in that stage of irregular elapsed force levels back into or continuiing the continuiim of its surface warping.

and so on………………

what the irregularity = x value in the Force process of inverting the irregular wave form and relating it to levels 1,2,3.

So that this is also part of the waveform  of a specified sphere the wave will traverse in the same manner as the sphere on the total values of a spherical surface area.


the data IS THEN , ON FULL ENVELOPEMENT AND VISABLE OBSERVATIONS AS

IN PROCESS OF BEING EFFECTED BY THE PROCESS WAVE FORCE AS A BASIC FULL RESSONANCE.

the point wheree the waveform force is the same is the basicwaveform force value in motion to define the whole sphere as such a type 1,2,3 a,b,c waveform interaction on all the levels simultaneously.




File:Deep water wave.png

AS THE FORCE INBETWEEEN THE VALUES OF h2o PROCESSESS IN THEIR 3 STATES OF

1) H2O solid

2) H2O liquid

3) H2O gas

theese are the same as the basics on the previous levels and their

a,b,c, types so that a comparative resourceing can be made by theoretical computations such as

As the depth below the free surface increases, the radius of the circular motion decreases. At a depth equal to half the wavelength λ, the orbital movement has decayed to less than 5% of its value at the surface. The phase speed of the surface wave (also called the celerity) is well approximated by

c=\sqrt{\frac{g \lambda}{2\pi} \tanh \left(\frac{2\pi d}{\lambda}\right)}

where

cphase speed;
λwavelength;
d = water depth;
gacceleration due to gravity at the Earth’s surface.

In deep water, where d \ge \frac{1}{2}\lambda, so \frac{2\pi d}{\lambda} \ge \pi and the hyperbolic tangent approaches 1, the speed c, in m/s, approximates 1.25\sqrt\lambda, when λ is measured in meters. This expression tells us that waves of different wavelengths travel at different speeds. The fastest waves in a storm are the ones with the longest wavelength. As a result, after a storm, the first waves to arrive on the coast are the long–wavelength swells.


Theoretical Model

If the earth is assumed to be a perfect sphere with no atmosphere, then the theoretical formula for the distance of the horizon can easily be calculated using Euclidean geometry.

The secant tangent theorem states that

OC2OA.OB

Make the following substitutions

  • d = OC = distance to the horizon
  • D = AB = diameter of the earth
  • h = OB = height of the observer above sea leavel

The formula now becomes

d2h(Dh)

or

d = \sqrt{h(D+h)}


Curvature of the horizon

From a point above the surface the horizon appears slightly bent. There is a basic geometrical relationship between this visual curvature κ, the altitude and the Earth’s radius. It is

\kappa=\sqrt{\left(\frac{R+h}{R}\right)^2-1}\ .

The curvature is the reciprocal of the curvature angular radius in radians. A curvature of 1 appears as a circle of an angular radius of 45° corresponding to an altitude of approximately 2640 km above the Earth’s surface. At an altitude of 10 km (33,000 ft, the typical cruising altitude of an airliner) the mathematical curvature of the horizon is about 0.056, the same curvature of the rim of circle with a radius of 10 m that is viewed from 56 cm. However, the apparent curvature is less than that due to refraction of light in the atmosphere and because the horizon is often masked by high cloud layers that reduce the altitude above the visual surface.


higher number relations

the higher number

By Henryk Szubinski

the basics of a vector process in which the top side is = universal waveforms

so that the lower level under the horizon in alterance = to the force of the universe in motivated force

1————–2————3———-4————-5—————-6—————7 pi formats

type speeder bike in levitated formats

force to the 1——————–to the 2 ————-to the 3——————-to the 4————–to the 5

vector process = Weak Force

= F.S

as the data on the relations of spherical surface areas where the sectional sequence shown

= to the basics on lower than full universe value basis

such as G numbers

or B numbers

which are very high.

incline Earth exit

multi incline vector horizons

By Henryk Szubinski

the types of horizon multiples in their related disslodged Mars type vectors with no gneral horizon as well as the altered vector direction upp into down

The same basis of a combined horizon multiple = the process of leaving the horizons as vechicular

theese vectors can be combined into a sphere as the basics of full sphericality on a observable sphere

the surge zone is the type of height intercie in the core transfferability of polar values as the object can be used by the same type of object on the full incline sphere as a surge type object:

SIMULATING ZERO GRAVITY ORBITS ON GRAVITY RELATED PARAMETERS

THE BASICS OF THE VECHICLE IN MOTION AS THE TYPE OF FLYABLE CAR REFERENCE WITH BASIC MIDI VALUES

wheree theareas are flapps and the extendoors are the steering formats.