Thuh Naeem " ReeL Prwvd TrwTh Saiz Ohmz " Wuhz FixT Tu Bee Less ShohrT Az:

SaienTiffik HisTohree UhbowT Thuh Omnionica Fowndr AuThrd Trm ReeL Prwvd TrwTh Syz Ohmz.

Thuh Naeem Uhv This Paeedj Wuz OhridjinuLLee:
1: Miss-SpeLd Yoozeeng Thuh DUhbuL V Chahr AkkyrehTLee Deskrybd In French Az "DoobLaee V" Wich Iz TranzSkrybd Tu FuhNehTik EengLish Az "DuhbuL V" Then UhbreeveeaeeTed InTu Simp Lang Az " V Pehr ": [w Tu RepreezenT Thuh EengLish Chahr Pehr oo ProhnownsT Az In Wrd IgLoo Sownd TruhdishuhnuLLee Thuh Miss-Naeemd Yeeng Voiss Sownd Chahrz

Thuh Naeem Uhv Thiss Paeedj Wuz OhridjinnuLLee Inspyrd By Thuh KonsepT Uhv NachruL Syensez.

Thuh Wrd ReeL Wuz ReeuhLyzd Tu Be A Troo Simp Lang] Uhbreeveeaeeshuhn Fohr KonsepT UhsohseeaeeTed WiTh Thuh Wrd Now SpeLd NachruL.

THuh Trm " Prwvd Trwth " Wuhz Kohrekted Tu " Pruuvd TruuTh ".

Deskripshuhn Suhmraeezd In Simp Lang With Naeemd PahrshuLLee Fixt Iz ReeL Proovd TrooTh Syz Ohmz.

( NachuhruL Saiuhnss Saiz Ohmz = ReeL Proovd TrooTh Syz Ohmz )

* Uv Thuh Now Tranz FynyT Mynd In Thuh Now Tranz FymyT KuhnTree.

Press [End] Keey Tu Go Tu Thuh End Uhv Thuh Syz Ohmz LisT.

TaeebuL Uhv KonTenTs Fohr Paeej Naeemd " ReeL Proovd TrooTh Syz Ohmz "

ReeL Proovd TrooTh KonsepT Deskrybd

Thuh Paeej Naeemd " Syz Ohmz " Ended Up Expanded Tu Thuh Konsept Naeemd:
" Syehnss Baeesiks Kynd Typs KLasT By Syz Ohrdr "

End Uhv TaeebuL Uhv KonTenTs Fohr Paeej Naeemd " ReeL Proovd TrooTh Syz Ohmz "

Included page "reel-proovd-trooth-konsept-deskrybd" does not exist (create it now)

See: Wy PrakTiss UhgehnsT PuT OwT SmahL T

Thuh Paeej Naeem In FohnehTik Eeng-GLish Speech Sownd Synz Iz:

Syehnss Baeesiks Kynd Typs KLasT By Syz Ohrdr

Syenss Wrd Deskripshuhnz

Uhv Syenss

Syenss Wrd Ehtimmolluhjee Frum Wiktionary

Thŭ Nĕkst Tĕkst Wŭz Frŭm:

Science [ Wrd Ĕtĭmŏlŭjē ]

From Old French science, from Latin scientia (“knowledge”), from sciens, present participle stem of scire (“know”).

Thĭs Ĭz Thŭ Lăst Lyn Ŭv Tĕkst Ĭn Thŭ Păēj Năēmd " Syenss Wrd Ehtimmolluhjee Frum Wiktionary ".

Thuh Nekst Tekst Wuhz Fruhm:

Our definition of science

Science is the pursuit and application of knowledge and understanding of the natural and social world following a systematic methodology based on evidence.

Syenss Wrd Lah Dehfinnishuhn

Thŭ Nĕkst Tĕkst Wŭz Frŭm:

What is SCIENCE?:

Knowledge that is comprised of verifiable and measurable facts that have been acquired by the application of a scientific method.

Thĭs Ĭz Thŭ Lăst Lyn Ŭv Tĕkst Ĭn Thŭ Păēj Năēmd " Syenss Wrd Lah Dehfinnishuhn ".

See: Wy PrakTiss UhgehnsT Smahl T

Syenss Wrd Deskripshuhn Fruhm Wy-Ky-Pee-Dy-Shohrt-A

NexT KwohT Wuhz:

NexT TexT OhridjinnuLLee Fruhm:

Science is an enterprise that builds and organizes knowledge in the form of testable explanations and predictions about the world. An older and closely related meaning still in use today is that of Aristotle, for whom scientific knowledge was a body of reliable knowledge that can be logically and rationally explained.

Thĭs Ĭz Thŭ Lăst Lyn Ŭv Tĕkst Ĭn Thŭ Păēj Năēmd " Syenss Wrd Deskripshuhn Fruhm Wy-Ky-Pee-Dy-Shohrt-A ".

Thuh Nekst Tekst Wuhz Fruhm:


Science is the field of study concerned with discovering and describing the world around us by observing and experimenting. Biology, chemistry, and physics are all branches of science.

Science is an "empirical" field, that is, it develops a body of knowledge by observing things and performing experiments. The meticulous process of gathering and analyzing data is called the "scientific method," and we sometimes use science to describe the knowledge we already have…

Thĭs Ĭz Thŭ Lăst Lyn Ŭv Tĕkst Ĭn Thŭ Păēj Năēmd " Syenss Wrd Deskripshuhnz ".

SyenTiffik MeThuhd Uhv Syenss And SyenTiffik Trmz

Thuh Fraeez Trm "ScienTific MeThod"

SaiunTihfik Methud iz Saiuntihfik + Methuhd,

Syentiffik Wrd Deskripshuhnz

Thuh NexT ETimmoLLuhjee Uv Wrd SyenTiffik Fruhm:

scientific (adj.)

1580s, from Middle French scientifique,

from Medieval Latin scientificus "pertaining to science,"

from Latin scientia "knowledge" (see science) + -ficus "making, doing,"…

Originally used to translate Greek epistemonikos "making knowledge" in Aristotle's "Ethics."…

First record of scientific revolution is from 1803;

scientific method is from 1854;

scientific notation is from 1961.

Thuh NexT Tekst Wuhz Fruhm:

1. (prenominal) of, relating to, derived from, or used in science: scientific equipment.
2. (prenominal) occupied in science: scientific manpower.
3. conforming with the principles or methods used in science: a scientific approach…
Cite: Collins English Dictionary – Complete and Unabridged, 12th Edition

1. of, pertaining to, or concerned with a science or the sciences.
2. regulated by or conforming to the principles of exact science.
3. systematic or accurate in the manner of an exact [[science]]…
Cite: Random House Kernerman Webster's College Dictionary,

Thuh NexT Tekst Wuhz Fruhm:

scientific adjective…

Definition of scientific

1 : of, relating to, or exhibiting the methods or principles of science
2 : conducted in the manner of science or according to results of investigation by science : practicing or using thorough or systematic methods

Thiss Iz Thuh Last Lyn Uhv Tekst In Thuh Paeej Naeemd " Syentiffik Wrd Deskripshuhnz ".


Thuh Nekst Tekst Wuhz Fruhm:

early 15c., "regular, systematic treatment of disease," from Latin methodus "way of teaching or going," from Greek methodos "scientific inquiry, method of inquiry, investigation," originally "pursuit, a following after," from meta "in pursuit or quest of" (see meta-) + hodos "a method, system; a way or manner" (of doing, saying, etc.), also "a traveling, journey," literally "a path, track, road," a word of uncertain origin… Meaning "way of doing anything" is from 1580s; that of "orderliness, regularity" is from 1610s. In reference to a theory of acting associated with Russian director Konstantin Stanislavsky, it is attested from 1923.

Methuhd MyT Get Deskrybd In Simp Lang

Thiss Iz Thuh Last Lyn Uhv Tekst In Thuh Paeej Naeemd " Methuhd ".

Senss Pruuf Fakt Syz Lrn Waee

Deskripshun Uhv Thuh Senss Pruuf Fakt Syz Lrn Waee Wich Iz Uh Uhv Syuhnss } Iz:
1: Yuuzeeng Uh ( Syentiffik = Syenss-Baeesst ) ( Methuhd = PLand Task Akts )
2: Tu Uhkwyr Senst Vehriffyd Faktss
3: Then Syz Eech Fakt
4: Then Klassiffy That Fakt Intu 1 Uhv Thuh Syenss Main Branch Kynd Typs Klast By Syz Ohrdr.

Thĭs Ĭz Thŭ Lăst Lyn Ŭv Tĕkst Ĭn Thŭ Păēj Năēmd "Senss Pruuf Fakt Syz Lrn Waee ".

Nekst Iz Uh Standrd Deskripshuhn Uhv Syentiffik Methuhdolluhjee.
Thuh Uhbuhv Immaj Wuhz SohrsT Fruhm:

Wuhn SyenTiffik Ed Task Iz

  • Tu KuhmeewnikkaeeT ReezuLTs Uhv SyehnTiffik PrakTiss OpTs.

Thĭs Ĭz Thŭ Lăst Lyn Ŭv Tĕkst Ĭn Thŭ Păēj Năēmd " SyenTiffik MeThuhd ".


THuh Nekst Tekst Wuhz Fruhm:

basics (n.)

"rudiments or fundamentals of anything," by 1914, from basic. Also see -ics. Phrase back-to-basics was in use by 1962.


Thuh Nekst Tekst Wuhz Fruhm:

rudiment noun


Definition of rudiment

1 : a basic principle or element or a fundamental skill

  • usually used in plural teaching themselves the rudiments of rational government— G. B. Galanti

2a : something unformed or undeveloped : beginning

  • usually used in plural the rudiments of a plan

b(1) : a body part so deficient in size or structure as to be entirely unable to perform its normal function
(2) : an organ just beginning to develop : anlage

THuh Nekst Tekst Wuhz Fruhm:

fundamental (adj.)

mid-15c., "primary, original, pertaining to a foundation," modeled on Late Latin fundamentalis "of the foundation," from Latin fundamentum "foundation" (see fundament). In music (1732) it refers to the lowest note of a chord. Fundamentals (n.) "primary principles or rules" of anything is from 1630s.

Thuh Nekst Tekst Wuhz Fruhm:

basic (adj.)

"relating to a base," 1832, originally in chemistry, from base (n.) + -ic.


computer language, 1964, initialism (acronym) for Beginners' All-purpose Symbolic Instruction Code; invented by Hungarian-born U.S. computer scientist John G. Kemeny and U.S. computer scientist Thomas E. Kurtz.

Suhfiks Ikss

Ehtimmolluhjee Uhv Suhfiks Ikss

Thuh Nekst Tekst Wuhz Fruhm:


in the names of sciences or disciplines (acoustics, aerobics, economics, etc.), a 16c.

revival of the classical custom of using the neuter plural of adjectives with Greek -ikos "pertaining to" (see -ic) to mean "matters relevant to" and also as the titles of treatises about them.

Subject matters that acquired their English names before c. 1500, however, tend to be singular in form (arithmetic, logic, magic, music, rhetoric). The grammatical number of words in -ics (mathematics is/mathematics are) is a confused question.

Dikshuhnehree Deskripshuhnz Uhv Suhfiks Ikss

Thuh NekST TekST Wuhz Fruhm:

-ics noun suffix, plural in form but singular or plural in construction

[ Dehskripshuhnz ] of -ics

1 : study : knowledge : skill : practice

  • linguistics electronics

2 : characteristic actions or activities

  • acrobatics

3 : characteristic qualities, operations, or phenomena

  • mechanics

Thiss Iz Thuh Last Lyn Uhv Tekst In Thuh Payj Naymd " Suhfiks Ikss ".

THiss Iz Thuh Last Lyn Uhv Tekst In Thuh Payj Naymd " Basics "

See Ahlsoh: Nachuhrul Syenss Az Reel Pruuvd Truuth

Thuh Syensez Ahr Ahlsoh Kahld Thuh Branchez Uhv Syenss.

Thuh Preeveeuhss Sentenss Iz Fohnehtik Eemg-glish Speech Sownd Synz Fohr Thuh Next Sentenss.

The Sciences Are Also Called The Branches Of Science

Thuh Syenss Main Branch Kyndz Inkluud THuh 2 Main Branch Kyndz Uhv Syenss Main Branch Kyndz.

Syenss Main Branch Kyndz

Thuh Syenss Main Branch Kyndz Inkluud THuh 2 Main Branch Kyndz.

Frst Ther Ahr Thuh Syenss Fillossuhfee Introhduhktuhree Syenss Fillossuhfee Branch Kyndz.

Then Ther Ahr Thuh Empirrikkul Syenss Syz-baessd Empirrikkul Syenss Branch Kynd Typs Klast By Syz Ohrdr.

Syenss Fillossuhfee Ŏlsō Kŏld Fillossuhfee Uhv Syenss

Thuh Nekst Tekst Wuhz Fruhm:

Philosophy of science

The philosophy of science, a sub-branch of epistemology, is the branch of philosophy that studies the philosophical assumptions, foundations, and implications of science, including the natural sciences such as physics, chemistry, and biology] the social sciences such as psychology, history, and sociology, and sometimes—especially beginning about the second decade of the twentieth century—the formal sciences, such as logic, mathematics, set theory, and proof theory. In this last respect, the [[[philosophy of science]] is often closely related to philosophy of language, philosophy of mathematics, and to formal systems of logic and formal languages. The twentieth century witnessed a proliferation of research and literature on the philosophy of science Debate is robust amongst philosophers of science and within the discipline much remains inconclusive. For nearly every assertion advanced in the discipline, a philosopher can be found who will disagree with it in some fashion.

Thuh Nekst Tekst Wuhz Fruhm:

Formal and Empirical Methods in Philosophy of Science…

Authors: Vincenzo Crupi & Stephan Hartmann


This essay addresses the methodology of philosophy of science and illustrates how formal and empirical methods can be fruitfully combined. Special emphasis is given to the application of experimental methods to confirmation theory and to recent work on the conjunction fallacy, a key topic in the rationality debate arising from research in cognitive psychology. Several other issues can be studied in this way…

Thuh Nekst Tekst Wuhz Fruhm:

Questions Addressed by Philosophy of Science

Philosophy of science investigates and seeks to explain such questions as:

What is science? Is there one thing that constitutes science, or are there many different kinds or fields of inquiry that are different but are nevertheless called sciences?

Does or can science lead to certainty?

How is genuine or true science to be distinguished—demarcated, to use the usual philosopher's term—from non-science or pseudo-science? Or is this impossible, and, if so, what does this do for the claims that some things are pseudosciences? ( See: Suudoh-Syenss Vrsuhss Truu Syenss )

What is the nature of [[[scientific]] statements, concepts, and conclusions; how are they are created; and how are they justified (if justification is indeed possible)?

Is there any such thing as a scientific method? If there is, what are the types of reasoning used to arrive at conclusions and the formulation of it, and is there any limit to this method or methods?

Is the growth of science cumulative or revolutionary?

For a new scientific theory, can one say it is “nearer to the truth,” and, if so, how? Does science make progress, in some sense of that term, or does it merely change? If it does make progress, how is progress determined and measured?

What means should be used for determining the acceptability, validity, or truthfulness of statements in science, i.e. is objectivity possible, and how can it be achieved?

How does science explain, predict and, through technology, harness nature?

What are the implications of scientific methods and models for the larger society, including for the sciences themselves?

What is the relationship, if any, between science and religion and science and ethics, or are these completely separate?

Those questions may always have existed in some form, but they came to the fore in Western philosophy after the coming of what has been called the scientific revolution, and they became especially central and much-discussed in the twentieth century, when philosophy of science became a self-conscious and highly investigated discipline.

It must be noted that, despite what some scientists or other people may say or think, all science is philosophy-embedded. Philosopher Daniel Dennett has written, “There is no such thing as philosophy-free science; there is only science whose philosophical baggage is taken on board without examination.” [ Darwin's Dangerous Idea…Dennett, Daniel. 1995 ]

Fillossuhfee Izm

Thuh Nekst Tekst Wuhz Fruhm:

philosophy (n.)

Meaning "system a person forms for conduct of life" is attested from 1771…

c. 1300, "knowledge, body of knowledge,"…

(12c., Modern French philosophie)…

from Old French filosofie "philosophy, knowledge"…

directly from Latin philosophia

and from Greek philosophia "love of knowledge, pursuit of wisdom; systematic investigation,"

from philo- "loving" (see philo-) + sophia "knowledge, wisdom," from sophis "wise, learned;" of unknown origin.

Fillossuhfee Main Branchez

Thuh Nekst Tekst Wuhz Fruhm:

Traditional…Five…Main Branches [Uhv] Philosophy

Traditionally, there are five main branches of philosophy.

They are:

Metaphysics, which deals with the fundamental questions of reality.
Epistemology, which deals with our concept of knowledge, how we learn and what we can know.
Logic, which studies the rules of valid reasoning and argumentation
Ethics, or moral philosophy, which is concerned with human values and how individuals should act.
Aesthetics or esthetics, which deals with the notion of beauty and the philosophy of art.

Thuh Nekst Tekst Wuhz Fruhm:

Introduction to the Five Branches of Philosophy

Philosophy can be divided into five branches which address the following questions:

Metaphysics Study of Existence What's out there?
Epistemology Study of Knowledge How do I know about it?
Ethics Study of Action What should I do?
Politics Study of Force What actions are permissible?
Esthetics Study of Art What can life be like?

There is a hierarchical relationship between these branches as can be seen..

At the root is Metaphysics, the study of existence and the nature of existence.

Closely related is Epistemology, the study of knowledge and how we know about reality and existence.

Dependent on Epistemology is Ethics, the study of how man should act.

Ethics is dependent on Epistemology because it is impossible to make choices without knowledge.

A subset of Ethics is Politics: the study of how men should interact in a proper society and what constitutes proper.

Esthetics, the study of art and sense of life is slightly separate, but depends on Metaphysics, Epistemology, and Ethics.

[[Include Mehtuhfizzikss]]

[[Include eepistehmolluhjee]]

[[Include Lojjik]]


Thŭ Nĕkst Tĕkst Wŭz Frŭm:

History and Etymology for ethic

Middle English ethik, from Middle French ethique, from Latin ethice, from Greek ēthikē, from ēthikos

Definition of ethic

1 ethics plural in form but singular or plural in construction : the discipline dealing with what is good and bad and with moral duty and obligation

2a : a set of moral principles : a theory or system of moral values
—often used in plural but singular or plural in construction

b : ethics plural in form but singular or plural in construction : the principles of conduct governing an individual or a group
: a guiding philosophy

d : a consciousness of moral importance

3 : ethics plural : a set of moral issues or aspects (such as rightness)

Ethics vs Morals: Is there a difference?

Ethics and morals are both used in the plural and are often regarded as synonyms, but there is some distinction in how they are used.

Morals often describes one's particular values concerning what is right and what is wrong:

While ethics can refer broadly to moral principles, one often sees it applied to questions of correct behavior within a relatively narrow area of activity:

In addition, morals usually connotes an element of subjective preference, while ethics tends to suggest aspects of universal fairness and the question of whether or not an action is responsible:

[[include ethics-uhv-self-deefenss]]

[[Include peeuur-just-wohrehnts-fohr-srch-akts-and-uhrehsts]]

Thiss Iz Thuh Last Lyn Uhv Tekst In Thuh Paeej Naeemd " Ethics ".

[[Include pollittikss]]

[[include Asthettikss]]

Syenss Fillossuhfee Branch Kyndz

Fohrmul Syenss Nōrm Spĕld Formal Science

Empirrikkul Syenss Nōrm Spĕld Emoirikal Science

Fohrmul Syenss

Thuh Nekst Tekst Wuhz Kwohted Durreeng 1 June 2019 Fruhm:

Formal Science

Formal sciences are formal language disciplines concerned with formal systems

The formal sciences are language tools concerned with characterizing abstract structures described by symbolic systems.

The formal sciences aid the natural and social sciences by providing information about the structures the latter use to describe the world, and what inferences may be made about them.

Thuh Nekst Tekst Wuhz Kwohted Durreeng 1 June 2019 Fruhm:

Formal Systems

Formal Systems play an important role in computer science, linguisitics, and logic. What are they? …

A formal system consists of a language over some alphabet of symbols together with (axioms and inference rules) that distinguish some of the strings in the language as theorems…

Components of a Formal System

A formal system has the following components:

  • A finite alphabet of symbols. The alphabet must be finite because if it were not, each symbol could stand for any thought and so what kind of a model would that be? There would be no need to "process" anything. Furthermore, we are finite beings and let's keep in mind what we are trying to model.
  • A syntax that defines which strings of symbol are in the language of our formal system.
  • A decidable set of axioms and a finite set of rules from which the set of theorems of the system is generated. The rules must take a finite number of steps to apply.

Thuh Nekst Tekst Wuhz Fruhm:

Each formal system uses primitive symbols (which collectively form an alphabet) to finitely construct a formal language from a set of axioms through inferential rules of formation.

The system thus consists of valid formulas built up through finite combinations of the primitive symbols—combinations that are formed from the axioms in accordance with the stated rules.[3]

More formally, this can be expressed as the following:

1: A finite set of symbols, known as the alphabet, which concatenate formulas, so that a formula is just a finite string of symbols taken from the alphabet.
2: A grammar consisting of rules to form formulas from simpler formulas. A formula is said to be well-formed if it can be formed using the rules of the formal grammar. It is often required that there be a decision procedure for deciding whether a formula is well-formed.
3: A set of axioms, or axiom schemata, consisting of well-formed formulas.
4: A set of inference rules. A well-formed formula that can be inferred from the axioms is known as a theorem of the formal system.

Thuh Nekst Tekst Wuhz Fruhm:

Each formal system has a formal language composed of primitive symbols acted on by certain rules of formation (statements concerning the symbols, functions, and sentences allowable in the system) and developed by inference from a set of axioms. The system thus consists of any number of formulas built up through finite combinations of the primitive symbols—combinations that are formed from the axioms in accordance with the stated rules….

From the primitive symbols, certain formulas are defined as well formed, some of which are listed as axioms; and rules are stated for inferring one formula as a conclusion from one or more other formulas taken as premises.

A theorem within such a system is a formula capable of proof through a finite sequence of well-formed formulas, each of which either is an axiom or is inferred from earlier formulas.

A formal system that is treated apart from intended interpretation is a mathematical construct and is more properly called logical calculus; this kind of formulation deals rather with validity and satisfiability than with truth or falsity, which are at the root of formal systems.

In general, then, a formal system provides an ideal language by means of which to abstract and analyze the deductive structure of thought apart from specific meanings. Together with the concept of a model, such systems have formed the basis for a rapidly expanding inquiry into the foundations of mathematics and of other deductive sciences and have even been used to a limited extent in analyzing the empirical sciences.

Included page "fohrmul-syenss-branch-kyndz" does not exist (create it now)

Thuh Nekst Tekst Wuhz Fruhm:

1 Branches of formal science
1.1 Logic
1.2 Mathematics
1.3 Statistics
1.4 Systems science
1.5 Computer science

Empirrikkul Syenss

Kozmolluhjee Az Empirrikkul Syenss Branch Kynd Typs Klast By Syz Ohrdr

[[include kozmolluhjee-wrd-deskripshuhnz]]

Thuh Kozmolluhjee Suhmuhree Az Thuh Empirrikkul Syenss Branch Kynd Typs Klast By Syz Ohrdr Ahr:__

Math Konsept ( Zeeroh Nohrm Speld Zero )

Kwahntuhm Fizziks Nohrm Speld Quantum Physics

Kehmistree Nohrm Speld Chemistry

Lyf Syenss Nohrm Speld Life Science

Beehaeevyohrul Syenss Nohrm Speld Behavioral Science

Sohshul Syenss Nohrm Speld Social Science

Uhplyd Syenss Nohrm Soeld Applied Science

Rth Syenss Nohrm Speld Earth Science

Uhstronnuhmee Nohrm Speld Astronomy

Math Konsept Naemmd Tranzfynytittee Nohrm Kahld ( Infinnittee Nohrm Speld Infinity )


Full Kozmolluhjee Inkluudz Thuh Maeen List Uhv Baeesik Kynd Typs KLast By Syz Ohrdr

[[include maeen-list-uhv-baeesik-kynd-typs-klast-by-syz-ohrdr]]

Thiss Iz Thuh Last Lyn Uhv Tekst In Thuh Paeej Naeemd " Empirrikkul Syenss Branch Kynd Typs Klast By Syz Ohrdr ".

See Ahlsoh:

Thiss Iz Thuh Last Lyn Uhv Tekst In Thuh Paeej Naeemd " Syenss Main Branch Kyndz ".

Syenss Sub Branch Baeesik Kynd Typs Klast By Syz Ohrdr

Wut Iz Thuh Syenss Baeest Maeen List Uhv Baeesik Kynd Typs KLast By Syz Ohrdr?

Thuh SyehnTiffik Syenss Băēst Maeen LisT Uhv Baeesik Kynd Typs KLasT By Syz Ohrdr

  • Ahr OpTs Tu Get ( { ThoT Uhv } And|Ohr { Red Fruhm } ) AT Dif Tymz.

GohL: AkT Az Wun OpTs Izm OpT IsT.

Wohrneeng: Suhm TexT In This Paedj And In Thuh Leengks Tu Paedj FyLz

  • MyT Hav GoT hakr prvrted tu a degree Non ReesrchT YeT.

Syenss Baeest_Maeen List Uhv Baeesik Kynd Typs KLast By Syz Ohrdr

GohL Tu Maeek Zeeroh RooT Wrd Kynd Typss KLasT By Syz Ohrdr

MaTh Lang Kynd Typs Ohrdrd By Syz

KwahnTuhm Fizziks Kynd Typs Ohrdrd By Syz

Kem Izm Kynd Typs Ohrdrd By Syz

PrimmiTTiv Tek Izm

Lyf Izm

Tek Kynd Typs KLasT By Ohrdrd Syz

Tek Ohrganz Needed Fohr Wrkeeng Mynd

Man Shaeept Az Android Ohr Heeuumuhnoid Ohr Mehtuhman

Mynd KuhmpohnenTs Needed Fohr A Lrneeng Mynd

Wen BeesT Growz InTu Prsuhn


Zen Fohr NohbuL TruuThs

World NaTuropathic Federation

MeewnissippuL Kynd Typs KLasT By Syz Ohrdr

Urantia Gaia Earth Geoscience Sizomes


SaTTuhLyT Syzohmz

Lwnr Week Syzohmz

SeezuhnuL KaLLendr Syz Ohmz

See AhLSoh:

SohLr SistTem Syz Ohmz + SohLr Sfeer Saiz Ohmz = SohLr BahL Syz Ohmz

LohkuL InTrSTeLr KLowd Syz Ohmz
Galaxy Cloud Sizomes
Local Bubble Sizomes

SyenTiffik ReeLidjuhn

Lehsr KreeayTrz

Astronomy Constellation Sizomes

Scorpius-Centaurus Association Sizomes

Gould Belt Sizomes

Orion Cygnus Spiral Arm Sizeomes

Dark STar Sizomes

MiLkee Way GaLLaksee

MiLkee Waee GaLLakTik UhsTronnuhmee Kynd Typs SohrTed By Syz

Extragalactic AsTronomy Kind Types


Local Group Sizomes

Virgo Galaxy Cluster Sizomes

Galactic Filament Sizomes

Galactic Sheets Sizomes

GraeeT UhTrakTr

Lahneeuhkeeuh SuuprKLuhsTr Syz Ohmz

ShapLee SuuprKLuhsTr

Kozmogguhnee, Cosmogony Sizomes,

Cosmology Sizomes

GrayTr KreeayTrz Uhv SyenTiffik ReeLidjuhn

UhbzrvuhbuL Eewnivrss

FayT Uhv Thuh UhbzrvuhbuL-Eewnivrss

Tranz FynyT Izm

End Uhv Maeen List Uhv Baeesik Kynd Typs KLasT By Syz Ohrdr