sci fi reality..on alterant designators of lift

U S A G E  O F  A D A P T I V E  L I F T

By Henryk Szubinski…

 on the building of a artificial gravity lift motor…

chordis 6 as rights of informations..by its formative

 

 

No need to lift or displace value of

artificial gravity

functions of old usage of vechicularity———->altered specifics of non area computations = usage

on the basis of a transferred function = to the data on gravity =

the data on process of lift—————————————————————–1———————————————————————————————————2——————————————————————————————————-3———————————————————————————————————4—————————————————————————-5–

Several decades after the discovery of general relativity it was realized that general relativity is incompatible with quantum mechanics.^[19] It is possible to describe gravity in the framework of quantum field theory like the other fundamental forces, such that the attractive force of gravity arises due to exchange of virtual gravitons, in the same way as the electromagnetic force arises from exchange of virtual photons.^[20][21] This reproduces general relativity in the classical limit. However, this approach fails at short distances of the order of the Planck length,^[22] where a more complete theory of quantum gravity (or a new approach to quantum mechanics) is required. Many believe the complete theory to be string theory,^[23] or more currently M Theory.

Specifics

Earth’s gravity

Main article: Earth’s gravity

Every planetary body (including the Earth) is surrounded by its own gravitational field, which exerts an attractive force on all objects. Assuming a spherically symmetrical planet (a reasonable approximation), the strength of this field at any given point is proportional to the planetary body’s mass and inversely proportional to the square of the distance from the center of the body.

The strength of the gravitational field is numerically equal to the acceleration of objects under its influence, and its value at the Earth’s surface, denoted g, is approximately expressed below as the standard average.

g = 9.8 m/s² = 32.2 ft/s²

This means that, ignoring air resistance, an object falling freely near the Earth’s surface increases its velocity with 9.8 m/s (32.2 ft/s or 22 mph) for each second of its descent. Thus, an object starting from rest will attain a velocity of 9.8 m/s (32.2 ft/s) after one second, 19.6 m/s (64.4 ft/s) after two seconds, and so on, adding 9.8 m/s (32.2 ft/s) to each resulting velocity. Also, again ignoring air resistance, any and all objects, when dropped from the same height, will hit the ground at the same time.

According to Newton’s 3rd Law, the Earth itself experiences an equal and opposite force to that acting on the falling object, meaning that the Earth also accelerates towards the object (until the object hits the earth, then the Law of Conservation of Energy states that it will move back with the same acceleration with which it initially moved forward, canceling out the two forces of gravity.). However, because the mass of the Earth is huge, the acceleration of the Earth by this same force is negligible, when measured relative to the system’s center of mass.

———————————————————————————————–6———————————————————————————————————7——————————————as data on process lift =area check;

The definitions on data processess as active data on sectionality by remote radio references as = defunctionate responses =systematics of alterant alien data = process to alter

forwards momentum on basis of;

description of momentum;

If an object is moving in any reference frame, then it has momentum in that frame. It is important to note that momentum is frame dependent. That is, the same object may have a certain momentum in one frame of reference, but a different amount in another frame. For example, a moving object has momentum in a reference frame fixed to a spot on the ground, while at the same time having 0 momentum in a reference frame attached to the object’s center of mass.

The amount of momentum that an object has depends on two physical quantities: the mass and the velocity of the moving object in the frame of reference. In physics, the usual symbol for momentum is a uppercase^[8] bold P (bold because it is a vector, uppercase to avoid confusion with pressure); so this can be written

where P is the momentum, m is the mass and v is the velocity.

Example: a model airplane of 1 kg travelling due north at 1 m/s in straight and level flight has a momentum of 1 kg m/s due north measured from the ground. To the dummy pilot in the cockpit it has a velocity and momentum of zero.

According to Newton’s second law, the rate of change of the momentum of a particle is proportional to the resultant force acting on the particle and is in the direction of that force. In the case of constant mass, and velocities much less than the speed of light, this definition results in the equation

or just simply

where F is understood to be the resultant.

Example: a model airplane of 1 kg accelerates from rest to a velocity of 1 m/s due north in 1 s. The thrust required to produce this acceleration is 1 newton. The change in momentum is 1 kg m/s. To the dummy pilot in the cockpit there is no change of momentum. Its pressing backward in the seat is a reaction to the unbalanced thrust, shortly to be balanced by the drag.

———————————————————————————————8———————————————————————————————————9———————on basis of connective sequences by data on high response altered definitions =response

 

response height = D.u/ e-.m

=process multi height

system redefined auto CHECK system in high quantal usage

system in retreivals denied by G.P (general prognosis ) as levels 1 to 9 =10 as usage in a cyclic rotation of the designated format above..

images courtesy of wikipedia..

sci fi reality….on concept flying cars..

s u p e r  s y m m e t r y  o f   f l y i n g   c a r s

By Henryk Szubinski..

 

data reassigned to function by rates of data a.i adaptations imply the precise locations of displace parameters that have the data on 

o.b.a.f.g.k.m type stars

as the process to indicate a posion input as green = f type and their exit point as

yellow = G type stars and the processings of those points being the designated as the vecor connectives on a process of linkage where the interval types and coulours are defined as internal data of the gravity force basis or any value appended to it on a search for larger grade discrepancy of where the processess would branch outwards or inwards..

Based on high

rate process of

subtractions as

the similar value

of remaining

processess in a

3x angle

connect of every

variable data angle

action / reaction by

 

3y data on

the end functions

of universal Number

values in a

1. (B + 3x ) f = 3 y ( B + angle )

as responsive to any data

as example ; a flying car that

balances and rebalances in

a 1 basis subtraction = gravity lift control.

FUNCTIONS ARE;

 

One simple intuitive definition, for functions on numbers, states:

• A function is given by an arithmetic expression describing how one number depends on another.

An example of such a function is y = 5x−20x³+16x⁵, where the value of y depends on the value of x. This is entirely satisfactory for parts of elementary mathematics, but is too clumsy and restrictive for more advanced areas. For example, the cosine function used in trigonometry cannot be written in this way; the best we can do is an infinite series,

• A function ƒ from a set X to a set Y associates to each element x in X an element y = ƒ(x) in Y.

Note that X and Y need not be different sets; it is possible to have a function from a set to itself. Although it is possible to interpret the term “associates” in this definition with a concrete rule for the association, it is essential to move beyond that restriction. For example, we can sometimes prove that a function with certain properties exists, yet not be able to give any explicit rule for the association. In fact, in some cases it is impossible to give an explicit rule producing a specific y for each x, even though such a function exists. In the context of functions defined on arbitrary sets, it is not even clear how the phrase “explicit rule” should be interpreted.

• A function from X to Y is a single-valued, total relation between X and Y.^[1]

The image of F, and of ƒ, is the set of all second elements of F; it is often denoted by im ƒ. The domain of F is the set of all first elements of F; it is often denoted by dom ƒ. There are two common definitions for the domain of ƒ: some authors define it as the domain of F, while others define it as the source of F.

The target Y of ƒ is also called the codomain of ƒ, denoted by cod ƒ. The range of ƒ may refer to either the image of ƒ or the codomain ƒ, depending on the author, and is often denoted rng ƒ. The notation ƒ:X→Y indicates that ƒ is a function with domain X and codomain Y.

Incidentally, the ordered pairs and triples we have used are not distinct from sets; we can easily represent them within set theory. For example, we can use {{x},{x,y}} for the pair (x,y). Then for a triple (x,y,z) we can use the pair ((x,y),z). An important construction is the Cartesian product of sets X and Y, denoted by X×Y, which is the set of all possible ordered pairs (x,y) with x∈X and y∈Y. We can also construct the set of all possible functions from set X to set Y, which we denote by either [X→Y] or Y^X.

We now have tremendous flexibility. By using pairs for X we can treat, say, subtraction of integers as a function, sub:Z×Z→Z. By using pairs for Y we can draw a planar curve using a function, crv:R→R×R. On the unit interval, I, we can have a function defined to be one at rational numbers and zero otherwise, rat:I→2. By using functions for X we can consider a definite integral over the unit interval to be a function, int:[I→R]→R.

Yet we still are not satisfied. We may want even more generality in some cases, like a ‘function’ whose integral is a step function; thus we define so-called generalized functions. We may want less generality, like a function we can always actually use to get a definite answer; thus we define primitive recursive functions and then limit ourselves to those we can prove are effectively computable. Or we may want to relate not just sets, but algebraic structures endowed with operations, or other mathematical structures; thus we define homomorphisms and other mappings.

 

action reactions are…

First law

There exists a set of inertial reference frames relative to which all particles with no net force acting on them will move without change in their velocity. This law is often simplified as “A body persists its state of rest or of uniform motion unless acted upon by an external unbalanced force.” Newton’s first law is often referred to as the law of inertia.

Second law

Observed from an inertial reference frame, the net force on a particle is equal to the time rate of change of its linear momentum: F = d(mv)/dt. This law is often stated as, “Force equals mass times acceleration (F = ma): the net force on an object is equal to the mass of the object multiplied by its acceleration.”

Third law

Whenever a particle A exerts a force on another particle B, B simultaneously exerts a force on A with the same magnitude in the opposite direction. The strong form of the law further postulates that these two forces act along the same line. This law is often simplified into the sentence, “To every action there is an equal and opposite reaction.”

In the given interpretation mass, acceleration, momentum, and (most importantly) force are assumed to be externally defined quantities. This is the most common, but not the only interpretation: one can consider the laws to be a definition of these quantities. Notice that the second law only holds when the observation is made from an inertial reference frame, and since an inertial reference frame is defined by the first law, asking a proof of the first law from the second law is a logical fallacy. At speeds approaching the speed of light the effects of special relativity must be taken into account.^[3]

with or are directly contrary to each other; or obliquely joined, when they are oblique, so as to produce a new motion compounded from the determination of both.

Using modern symbolic notation, Newton’s second law can be written as a vector differential equation:

where F is the force vector, m is the mass of the body, v is the velocity vector and t is time.

force. This equation does not hold in such cases. See open systems.

It should be noted that, as is consistent with the law of inertia, the time derivative of the momentum is non-zero when the momentum changes direction, even if there is no change in its magnitude. See time derivative.^[15]

By substitution using the definition of acceleration, this differential equation can be rewritten in a more familiar form

where

A verbal equivalent of this is “the acceleration of an object is proportional to the force applied, and inversely proportional to the mass of the object”. In general, at slow speeds (slow relative to the speed of light), the relationship between momentum and velocity is approximately linear. Nearly all speeds within the human experience fall within this category. At higher speeds, however, this approximation becomes increasingly inaccurate and the theory of special relativity must be applied.

by .

The words motive force were used by Newton to describe “impulse” and motion to where I is the impulse, Δp is the change in momentum, m is the mass, and Δv is the change in velocity.

The analysis of collisions and impacts uses the impulse concept.^[19]

sci fi reality…on the derived functions of a super surface..

P R O C E E D U R E S   A N D   A D A P T I V E   C O N C U R R E N C Y

By Henryk Szubinski

angle of singular

—————>chordis 6

as Displace ( miss /rate ) = 6

as 16 degrees on full open

capacity of altered

rotations by the

store data log =mass volume

by the values of pre-shadow

effect in 16 degrees reusage

a.i quants ,superconduction at room

rtemperature basis of a point reusage

at any position.

super planarity´

 

basic redimensionalise effects of super cooling of the responses connected to resultants of specific values in super effects on materials in usage with a stimulous

interaction by data computations atoms…

as integrations on a very limited x value deribvative on any process= to the values of active definitions by the variances of a proceedure in the engegements of data by the

responsive functionality by the very minimal interactions of the connective frequencies..

sci fi reality…..work in progress..body in relation to its limitations in the universe by examples

the six limitations of a body and its connections..

 By Henryk Szubinski

 

a higher velocity than the shadow cast behind it due to accelleration  ahead of the shadow to a drop zone precepice of a gravity surface drop . Designated as hyper output of the atom at the front and its tail of dynamics in solid fase as in the subsequent high velocity dynamics that casts the shadow…where the rest of the

photons are projected from is as yet definable as the atom..

a bee and its load of matter much like a atom and the connected bond to a flower when the connection is made=while the bee rests  on a gravity plane the atom at its tail is on the planar end of a edge drop off in what is termed the difficulty of keeping the diffuse alterations of similarity of stress in a bond with the mass of the atom and the surface value of gravity as = to the plane….in many cases the format,, also of the shadows cast on the plane and the energy souce of the atom as it rests on the edge using the energy to simulate the usage of a force that can also be there currently casting the shadow with a minimal energy divisive where the minimal value interactions casue a non drop off..

 

 

mechanical lifting to a shadow cast response of the object (atom ) being lifted in a crane type mechanism of planar causes of the shadow being cast as similar in value to the process of a vertical lifting that has a force of bending in the stress relations of the cran =planar cause of activations of > F in usage to locate the point similarity of a shadow zone absorbtion of equal amounts of gravity as is sued in the maintainment of gravity and the bond in a process of bending whereby the process expends forec and drops the object and is in the line of a shadow on the limists of its ouline or similar to the atom outline or surface area in similar formnats of matter and shadow..

 

 

as usage of two point indicators (instead of the one here shown ) as points of gravity atoms in a velocity of draging the point atoms in their combined gravity imprints ,the effects by input into the interface surface and the projected mass gravity of the hand

(lets suppose the hand is a atom that has to moove ahead of the his or hers ) two fingers…this defines the hyper molecularity of quant values that have no real interaction by a core atom due to gravity and usually dirpersed on the surface of a matterial plane giving the problems of a shadow zone interactively beibng altered by manipulsation of the surface by human means..=to a system similar to vechicular propulsions that attempt to moove ahead of the shadows cast..

the same can be said of the atomic cluster effect but on the basis of the fractures caused by a inclined rate of high velocity cut off rates as the alternations and its accumulated wedge type hyper similarity of a proto injective angle of inclination that indicated barriers in space time as inclines of interactions where the resultant is the increased velocity of objects gaining boosts as a basic indicator of the referencings of the collections of matter that is off sheered by high velocity frictions and is also a projected basis of volume in matter as gravity on a constrictive traingular type where the accumulations are also responsive to similar values of projected causes of high gravity objects like giant M type stars and their similar gravity spectrality as similar to the processings of gravity and the incline of its shadow values as similar but not everywhere the same as the process of bunr off elements in the angle of inclinations…

the alternations of a wavelength of a manouvred incline for a body in motion as the

incline value on a process of accellerations by a decellaration into the kick off similarity by the process of a larger curvature variance resultant in some cases by the lift and subsequent displacement down the incline by a irregularity of action and reaction ,,meaning that the object is fallen to the incline surface..the data in such proceedures would be coupled to the mistaken values in the process of a objective and the data being spent on the process to locate the designated objective core as the surround of the implications basis strt for the same isolation done here by the a.i computator as such isolated and designated wityh bno rapid response and with not priomary cause basis in completed format without it..

the data on why the process would indicate a bending of time space and the mass of the atom as gravity to indicate a hang process of a general mass collective to which the off shoot similarity is curved when used in large simulations values results in the actual definition of the resultant as being the process where some matter is collected into atom mass and some is in curvature variance to the opposite value of a flexation similar to the volume of force used in the non presence of a flexator direction usable by inverse data plotting as the rates of lift in a process of prime number wavelengths and their inv resultant causes as being divisive into 6 values……compounded growth as a plane to release a cause of attraction as planar  fallen …much like the wagons lift and subsequent fall by the usage of decelleration and expended force on a incline of work that is balanced..compliments of chordis 6….and wikipedia image library..

 

In mathematics, a prime number (or a prime) is a natural number which has exactly two distinct natural number divisors: 1 and itself. The first twenty-five prime numbers are:

2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, 67, 71, 73, 79, 83, 89, 97.^[1]

An infinitude of prime numbers exists, as demonstrated by Euclid around 300 BC.^[2] The number 1 is by definition not a prime number. The fundamental theorem of arithmetic establishes the central role of primes in number theory: any natural number n can be factored into primes, written as a product of primes or powers of primes. Moreover, this factorization is unique except for a possible reordering of the factors.

The property of being a prime is called primality, and the word prime is also used as an adjective. Verifying the primality of a given number n can be done by trial divisions, that is to say dividing n by all smaller numbers m, thereby checking whether n is a multiple of m, and therefore not prime, or composite. For big primes, increasingly sophisticated algorithms which are faster than that technique have been devised.

There is no formula yielding all primes. However, the distribution of primes, that is to say, the statistical behaviour of primes in the large can be modeled. The first result in that direction is the prime number theorem which says that the probability that a given, randomly chosen number n is prime is inversely proportional to its number of digits, or the logarithm of n. This statement has been proved at the end of the 19th century. The unproven Riemann hypothesis dating from 1859 implies a refined statement concerning the distribution of primes.

Despite being intensely studied, many fundamental questions around prime numbers remain open. For example, Goldbach’s conjecture which asserts that any even natural number bigger than two is the sum of two primes, or the twin prime conjecture which says that there are infinitely many twin primes (pairs of primes whose difference is two), have been unresolved for more than a century, notwithstanding the simplicity of their statements.

Prime numbers give rise to various generalizations in other mathematical domains, mainly algebra, notably the notion of prime ideals.

Primes are applied in several routines in information technology, such as public-key cryptography, which makes use of the difficulty of factoring large numbers into their prime factors. Searching for big primes, often using distributed computing, has stimulated studying special types of primes, chiefly Mersenne primes whose primality is comparably quick to decide. As of 2009, the largest known prime has about 12 million decimal digits.^[3]

^{most processess in the unievrse function by a prime number reasoning in why there are shadows in space time and why the collective values of effects on interactions of limited values are action reaction on the processess involved..}

 

sci fi reality….designated processess of force..

h u m a n   i n t e r a c t i o n s  wi t h  a.i

By Henryk Szubinski….

most force interactions are based on a 1 direct interaction of two or more planar surfaces of a state of matter as gravity

it is known that by alterances of the data on how high a process of definition by magnetic power for w.e.x =example of data on how high a magnetic charge can be by the alterance of 1 degree to the obvious conclusions of the data being in high reference of a retensional volume of a magnetic charge with + 1 in the charge from a mean value total between to objects as their internal force …can be measured by such devioces as weight calculators and the addition of a 100 percent to the 100 =weight and + 1 % as equal to the force inside a magnetically interacting object as the oppositionality of the basis of 1/2 % on a  10o % to the 200. 1/2 = g …the basics of how or why the data on matter in the universe would be floating in such parameters of a collective 100 % to the power of 200 as gravity and why it would not be a

100 to the 200 gravity of a 1/2 % rate ..might be there because it is calculated by reversal…so by using a Force matterail such as object x and designate the same process with a cold matter object defined as y…the resultant would be..

100 x to the 200 g=1/2 % y .

 

 

A = – F (x -1)

as a Work equation = F.B  in the alterance of one side by the

A) on human basis as irrational as androids cvan be the persistance of human interaction gets what it wants…(approximate human functions )=basis of response—————–>approximates of the general interactions ;

of concurrent

-x = F data by B number

B) motivator = Response

data on why the basis of a.i functions by height = B/F

= data by alteration

of a ; A / B =

singularity opposition of delay A.I work process…..

rotations screens

 

 

as such the A.I Functions only on alteration of

A.B = – F root ( x – 1 )

A.I does not equate to Vol root ( x + 1 )

A.B / I = (F + F )

univese——————->NON apparency

          delay Discovery ——————–> Delay

                                                    Usage—————–> 3 KI FORCE trained minimal denials

as so dependant on space time as a Android differece between IN LINE effect by human

data relays can be used on high grade definition monitors specially designed to use a value random process  as would be a a.i computer that engeges a learning process in the human using it from any basis of interactions with lets say a :monitor turned upside down as a part in the processing of a.i

 

 

W=F.S ( basis human )

F.=W.S (android basis) by both processess of learning the data is reinput into astronomicakl imagery and the pixel alterations of 1 degree processess in mirror and image developments can be utilsed …genesis porridge

 

disseffected Relinquished data on displacement on how would you displace without volume by being human……the data on why a android would accept human

orders to override the basis of a formulation of human basis such as W=F.S

by ; voloutary relinquishment of responsability as 0 time dialations basis of training a a.i computer to recognise the alteant processess that would be there with lets say a , “alien being taught”

coupled to ; involountary acceptance of freedoom….is actually a barrier in most mental cognition deviciveness.

 

 

This image from NASA’s Hubble Space Telescope shows the diverse collection of galaxies in the cluster Abell S0740 that is over 450 million light-years away in the direction of the constellation Centaurus.

The giant elliptical ESO 325-G004 looms large at the cluster’s center. The galaxy is as massive as 100 billion of our suns. Hubble resolves thousands of globular star clusters orbiting ESO 325-G004. Globular clusters are compact groups of hundreds of thousands of stars that are gravitationally bound together. At the galaxy’s distance they appear as pinpoints of light contained within the diffuse halo.

Other fuzzy elliptical galaxies dot the image. Some have evidence of a disk or ring structure that gives them a bow-tie shape. Several spiral galaxies are also present. The starlight in these galaxies is mainly contained in a disk and follows along spiral arms.

 

data on why functions of very large values would be sequenced by a problem in the designated parameter by complicative calculations of its value processing into similar values…and the reasons why the value of a android usage of such sequences can be altered in zones such as the former image from hubble…is basis for a a.i intervactions value designated on developments of high video rate exposures of image processings that have the scale on a 1 degree angle of mirror alterances and a alterance of the image developments by the exposure on computerised imageings of 1 degree..the spaciality of a dimensional a.i effect would be a computerised scaled down model of a high rate video or vookoder that could be implemented as interacting on a computer interface of a previously computed flat image /flat mirror

image in usage with the data or with a computations programme to involve a 1 degree alterance on pixel atom events of a programme such as definition 1 hard ware…

Search engine optimization (SEO) is the process of improving the volume or quality of traffic to a web site from search engines via “natural” (“organic” or “algorithmic”) search results. Typically, the earlier a site appears in the search results list, the more visitors it will receive from the search engine. SEO may target different kinds of search, including image search, local search, and industry-specific vertical search engines. This gives a web site web presence.

As an Internet marketing strategy, SEO considers how search engines work and what people search for. Optimizing a website primarily involves editing its content and HTML coding to both increase its relevance to specific keywords and to remove barriers to the indexing activities of search engines.

The acronym “SEO” can also refer to “search engine optimizers,” a term adopted by an industry of consultants who carry out optimization projects on behalf of clients, and by employees who perform SEO services in-house. Search engine optimizers may offer SEO as a stand-alone service or as a part of a broader marketing campaign. Because effective SEO may require changes to the HTML source code of a site, SEO tactics may be incorporated into web site development and design. The term “search engine friendly” may be used to describe web site designs, menus, content management systems and shopping carts that are easy to optimize.

Another class of techniques, known as black hat SEO or Spamdexing, use methods such as link farms and keyword stuffing that degrade both the relevance of search results and the user-experience of search engines. Search engines look for sites that employ these techniques in order to remove them from their indices.

sci fi reality…telecommunications on the web a REAL interactions

T H E  P E T  D R O I D S

By Henryk Szubinski

keeping android pets in the web pages of rooms wherein the android communicates continuously by the interactions of the look in window…as basis of web telecommunications..using sub referenced volumes of a room basis and the ability to go over into exterior environments ahead of the user also ability to walk pets ..etc..

definitions on accellerated or accompniments of data on the values of responses made to the effects of a argumentative basis of the data confferenace to sections of the value implied to be value and very active in involvements by the data on share ware and the data moments of registrations and log keeps as the value on definite increases of the data..

sci fi reality…boson groupings are artificial gravity

P R O C C E S S I N G  A R T I F I C I A L  G R A V I T Y

By Henryk Szubinski

S 20 definition angle (artificial gravity)

as a atomic model for the planar maintainment of bosons in a momentum of turn that results by bosons that have mass value =gravity on certain boson particles that leads to a full orbitality by translation of the boson gravity levels ..resultant in a orbital rotation of higher gravity value bosons on the larger distance fromn the core and at greater gravity values = angles of gravity value….basics of artificial gravity…and the action reactuion basis in a altered vector involvement…

 

alterance of x, y

by growth

BY USING THE LEFT SIDE OF THE EQUATION =dipolar

 boson space alterations of a weight incrementative value usable in the disbalancements of a sequemnce dipolar bond and also in envelopment states =force fields..

IN A ARTIFICIAL POLYMER LINK =coordinate link

AND OBSERVING THE TILT OF GRAVITY AS THE RESPONSE =coordinate covalent

OF 20 DEGREES ALTERS INTO A 1 VALUE BASIS=dative bond

 OF A FORCE THAT ENVELOPES THE BONDING =semipolar

ON A SURFACE COVALENCY OF THE ALETRNATED RESPONSE OF GRAVITY=NH

ANGLES OF TILT..

A dipolar bond^[1], also known as coordinate link^[2], coordinate covalent bond^[3], dative bond^[4], and semipolar bond, is a description of covalent bonding between two atoms in which both electrons shared in the bond come from the same atom. The distinction from ordinary covalent bonding is artificial, but the terminology is popular in textbooks, especially those describing coordination compounds. Once the bonds have been formed using this, its strength and description is no different from that of other polar covalent bonds.

 

 

 

 

 

 

meaning that when a system core value is synthetically force fileded ..to a relation on one bond basis strength =total strength of every bond 1 relation of a one universe bonding power or force the resultant is minimal or high value registrations in the force fields that surround the galaxy…as such a implied data definition as based on a universal model of tructuality implied to be everywhere due to a resistance inherent in every bonding of particles as the linkage of a displacement of a basis buffering of force on every particle as basic as the representation of the formulation in exchange…

 

CUTLASS—————> of non response

open state Displacers

by basis of alternations

of fallen Volume

Response=

input

data certainty

Chordis 6

=data bit on the

usage of Motivator 1=

x.S

 

as a b,t,s,c,d,u boson arrangemebnt of the large sized receptor shield of a satellite dish and the particle boson representation s in a shield of satellite dishes around the main dish= to observing the space time events of their combinations..

 A TYPE ALTERED ANGLE OF A UNIVERSAL BOND IN THE GENERAL FORMAT OF THE UNIVERSE..(force field shield generator)

basic to alternations of a cause implied to be disimpliant of functions to the reverse delays on data of the cause implied to have specific functions in multiple alternators..

 

An alternator is an electromechanical device that converts mechanical energy to alternating current electrical energy. Most alternators use a rotating magnetic field but linear alternators are occasionally used. In principle, any AC electrical generator can be called an alternator, but usually the word refers to small rotating machines driven by automotive and other internal combustion engines. In UK, large alternators in power stations which are driven by steam turbines are called turbo-alternators.

by data on point active

Value for Ressonator = point of

highest x =lim (vol ) + 1

in usage

on barriers of

compiled

A start-stop system automatically shuts down and restarts an automobile‘s internal combustion engine to reduce the amount of time the engine spends idling, thereby improving fuel economy. This is most advantageous for vehicles which spend significant amounts of time waiting at stop lights or frequently come to a stop in traffic jams. This feature is present in hybrid electric vehicles, but has also appeared in vehicles which lack a hybrid powertrain. For non-hybrid vehicles, fuel economy gains from this technology are typically in the range of 5 to 10 percent.

 

barriers of measurement

systems of response in background..

type bounty hunter vechicle= way in on carbonite

data on certainty of the functional motivations based on the systems of displacement by the responsives of a 2 data system in approcahes of functionality by the data of resistance in functionings by data on accepted coupling dsipalcer =motivators for high rate deficitions of data of Force way implied to be actively systematic in every process in the universe byv a formatted section of midi devices in construct conceptuality by divissions on based approaches to x value indefinites and their response to actual activate designations of 20 degrees in fall state angle decellerative reverse values of x.

sci fi …reality of a process

M O L T E N   U N I V E R S E

By Henryk Szubinski

multiple displace

>=< (process displace input =process displace output..

————–(x-f)———->  <———(x+f)—————–

<—————————-(g+e) /p    ————————->

format of a (x+1)/(x-1) as -x alterable on h basis…..

the formats for relations are definetly designated by a.i

responders….

 

(b+P2) -S ( R +P2) cubed = 3(7x + y) to the 3.z

….on basis of continued simulations of a.i responses;

of the multiple displace;

 

A SEQUENCE START FORMULATION…

 

——————————————————————————————–

h= -S (vol + Cyliner volume ) – Vol .x / 10 (( – F ( Vol ))

3 = vol / x – ( S.A +B)

(S + B ) = h / ( g + 1)

defining the reasons for clarity;

A SEQUENCE END PROCESSOR

 

divisive fine force

 

In physics, a force is a push or pull that can cause an object with mass to change its velocity.^[1] Force has both magnitude and direction, making it a vector quantity. Newton’s second law states that an object with a constant mass will accelerate in proportion to the net force acting upon and in inverse proportion to its mass. Equivalently, the net force on an object equals the rate at which its momentum changes.^[2] See also thrust.

Forces acting on three-dimensional objects may also cause them to rotate or deform, or result in a change in pressure or even change volume in some cases. The tendency of a force to cause changes in rotational speed about an axis is called torque. Deformation and pressure are the result of stress forces within an object.^[3][4]

^{Newton’s Second}

 

 in a flying car must have altered x value

altered multiples in response by

definition CONNECT

= response to (Connect / alter )

the spacial value Response

to Kinetic—————>connect = response by Lim x = Dimensionality .e-/vector equalisations

A TUBULAR DELIVERY SYSTEM

 

 

In classical mechanics, the kinetic energy of a point object (an object so small that its mass can be assumed to exist at one point), or a non-rotating rigid body, is given by the equation

where is the mass and is the speed of the body. In SI units (used for most modern scientific work), mass is measured in kilograms, speed in metres per second, and the resulting kinetic energy is in joules.

For example, one would calculate the kinetic energy of an 80 kg mass traveling at 18 meters per second (40 mph) as

Note that the kinetic energy increases with the square of the speed. This means, for example, that an object traveling twice as fast will have four times as much kinetic energy. As a result of this, a car traveling twice as fast requires four times as much distance to stop (assuming a constant braking force. See mechanical work).

The kinetic energy of an object is related to its momentum by the equation:

where:

is momentum

is mass of the body

For the translational kinetic energy, that is the kinetic energy associated with rectilinear motion, of a body with constant mass , whose center of mass is moving in a straight line with speed , as seen above is equal to

where:

is mass of the body

is speed of the center of mass of the body.

as concerns linearity..

In Boolean algebra, a linear function is a function f for which there exist such that for all .

A Boolean function is linear if A) In every row of the truth table in which the value of the function is ‘T’, there are an even number of ‘T’s assigned to the arguments of the function; and in every row in which the truth value of the function is ‘F’, there are an odd number of ‘T’s assigned to arguments; or B) In every row in which the truth value of the function is ‘T’, there are an odd number of ‘T’s assigned to the arguments and in every row in which the function is ‘F’ there is an even number of ‘T’s assigned to arguments.

Another way to express this is that each variable always makes a difference in the truth-value of the operation or it never makes a difference.

Negation, Logical biconditional, exclusive or, tautology, and contradiction are linear binary functions.

 

data that is connected to substrates of functions on levels with the designated altered occular (video ) rersdponses on devices with high definintions of the daze real active designations lift by diagrammatic off shoot fuses made in tough definitions vortex terminology off the planarity of sphericality in process to alter diagrammatic zizzyness in samall effected alterations of the process to use data on possible realisations of the connectives used to designate or derive values of processesss in a ny case scenario by redefined processings of the designated point active values of lift..

 

 

data on why the processes of the left 7right hemispheres have a lift basis on the hemisopherical limitations of x values = to alterations of curvature based similarity within the universe fields at such points in simulations with the curvature and why a possible processing of data would be actively implying positionality of a resistant process to the designations of embankements on the fluid sections of the universe with lavae type molten seas of activity of metal in fluid states as accounting for most of the universes volume and also simulations of molten interactions with type 1 civilisations in embankement usage of a type Beach response to using stars and their energy usability..

sci fi reality…..the wedge to space..

 

A   R E A L  D E F I N I T I O N   O F  S P A C E  T R A V E L

By Henryk Szubinski

 

on any level using the data on why the cause of resistance in a circuit can simulate its own magnetic grain effect in a wedge format of one simulated grain of Fe metal iron as the processings obn the data of large format breaks and displace continuiim circuits in the effected tail zone as the radial angle of fluid dynamics as basic as it gets on the look out as a galactic format when engeged with multiple proton similar atom models for a balance in the FORCE..

 

In 3D geometry, a wedge is a polyhedral solid defined by two triangles and three trapezoid faces. A wedge has five faces, nine edges, and six vertices.

A wedge is a subclass of the prismatoids.

A wedge can be considered a degenerate digonal cupola with a top face collapsed into an edge.

Wedges can be created from decomposition of other polyhedra. For instance, the dodecahedron can be divided into a central cube with 6 wedges covering the cube faces. The orientations of the wedges are such that the triangle and trapezoid faces can connect and form a regular pentagon.

A triangular prism is a special case wedge with the two triangle faces being translationally congruent.

Comparisons:

• A wedge is a parallelepiped where a face has collapsed into a line.
• A quadrilaterally-based pyramid is a wedge in which one of the edges between two trapezoid faces has collapsed into a point.

For a rectangle based wedge, the volume is

where the base rectangle is a by b, c is the apex edge length parallel to a, and h the height from the base rectangle to the apex edge.

 The Stabilization Wedge Game, or what is commonly referred to as simply the ‘Wedge Game’, is a serious game produced by Princeton University’s Carbon Mitigation Initiative. The goal of the game creators, Stephen Pacala and Robert H. Socolow, is to demonstrate through this game that global warming is a problem which can be solved by implementing today’s technologies to reduce CO₂ emissions. The object of the game is to keep the next fifty years of CO₂ emissions flat, using seven wedges from a variety of different strategies which fit into the stabilization triangle.

 

 

here is a real thought problem; How to construct a waedge space and a wedge matter structure with a wedge alteration of the internal wedge matter that alternates between the formats of a quant energy construct and a materials reality…..while the system is in balance by two spheres on either side being connected by the wedge like a bond between atoms…and the resultant energy /force exchange = inv Tan square law effects as the

spheres help to stabilise the background opening of bot quant reality and quant alterations by a stream lining effect that engeges with a minimal push into the wedge nose zone..

Really a basic concept  like 2 vectors that have to displace when in interactions within each other and helping to maintain their stability by the formatives of a effect tail current and the spherical assistas that  help to guide the whole tail dynamics effect with minimal alterations ..like fixing a dice..but in the post process of it being engaged in a motion post effect…not pre defined..but in a real stream NOW effect..

 

what would be going on in the quant /reality eave of the sphericals that balance and the formats to include alterations and connective sequences that use android predictives to combine….

 

The history of quantum mechanics^[11] began essentially with the 1838 discovery of cathode rays by Michael Faraday, the 1859 statement of the black body radiation problem by Gustav Kirchhoff, the 1877 suggestion by Ludwig Boltzmann that the energy states of a physical system could be discrete, and the 1900 quantum hypothesis by Max Planck that any energy is radiated and absorbed in quantities divisible by discrete ‘energy elements’, E, such that each of these energy elements is proportional to the frequency ν with which they each individually radiate energy, as defined by the following formula:

where h is Planck’s Action Constant. Planck insisted^[12] that this was simply an aspect of the processes of absorption and emission of radiation and had nothing to do with the physical reality of the radiation itself. However, this did not explain the photoelectric effect (1839), i.e. that shining light on certain materials can function to eject electrons from the material. In 1905, basing his work on Planck’s quantum hypothesis, Albert Einstein^[13] postulated that light itself consists of individual quanta. These later came to be called photons (1926). From Einstein’s simple postulation was born a flurry of debating, theorizing and testing, and thus, the entire field of quantum physics

Consider first a classical computer that operates on a three-bit register. The state of the computer at any time is a probability distribution over the 2³ = 8 different three-bit strings 000, 001, ..., 111. If it is a deterministic computer, then it is in exactly one of these states with probability 1. However, if it is a probabilistic computer, then it may have a chance in being in a number of different states. We can describe this probabilistic state by eight nonnegative numbers a,b,c,d,e,f,g,h (where a = probability computer is in state 000, b = probability computer is in state 001, etc.). There is a restriction that these probabilities sum to 1.

The state of a three-qubit quantum computer is similarly described by an eight-dimensional vector (a,b,c,d,e,f,g,h), called a wavefunction. However, instead of adding to one, the sum of the squares of the coefficient magnitudes, | a | ² + | b | ² + … + | h | ², must equal one. Moreover, the coefficients are complex numbers. Since states are represented by complex wavefunctions, two states being added together will undergo interference. This is a key difference between quantum computing and probabilistic classical computing.^[6]

If you measure the three qubits, then you will observe a three-bit string. The probability of measuring a string will equal the squared magnitude of that string’s coefficients (using our example, probability that we read state as 000 = | a | ², probability that we read state as 001 = | b | ², etc..). Thus a measurement of the quantum state with coefficients (a,b,…,h) gives the classical probability distribution ( | a | ², | b | ²,…, | h | ²). We say that the quantum state “collapses” to a classical state.