Sta je to znacenje rijeci: VASION - VASIONA - VASIONE - VASIONI

Šta je to značenje riječi: VASION - VASIONA - VASIONE - VASIONI - VASIONU

Objašnjenje ovoga potaknuo je čovjek sa imenom: Ibrahim Repisti koji mi je poslao ovaj tekst.

Prema jednom od tibetanskih tekstova, "u Vasioni je tako mnogo svetova, da čak ni Buda lično ne može da ih prebroji."

Budistička tradicija tvrdi: "svaki od tih svetova okružen je omotačem plavog vazduha ili etera."

Prema jednom od tibetanskih tekstova, "u Vasioni je tako mnogo svetova, da čak ni Buda lično ne mođe da ih prebroji.

" Budistička tradicija tvrdi: "svaki od tih svetova okružen je omotačem plavog vazduha ili etera."

Ako je riječ VAS označavala SAV u starom slavenskom jeziku, onda je SAV ION značenje te riječi.

MORAŠ RAZUMITI ŠTA JE TO RIJEČ: ION ili JON a ispod je to napisano na engleskom jeziku.

An ION is an atom or group of atoms that normally are electrically neutral and achieve their status as an ion by loss or addition of one or more electrons.

ION je atom ili grupa atoma koji su normalno električno neutralni i postižu njihov-o status-stanje kao ION sa gubitkom ili dodatkom jednog ili više elektrona.

Ako ništa nisi R A Z U M I O, ti, koji živis u 21 vijeku-stoljeću, koji koristiš kompjuter, imaš elektricnu struju u kuči, ZAMISLI KAKO JE OVU REČENICU MOGAO RAZUMITI PRIMITIVNI STANOVNIK, BARBAR, BEZ IKAKVOG ZNANJA O ELEKTRICITETU...

The process of converting electrically neutral atoms or molecules into ions and the state of being ionized is called ionization. The recombining of ions and electrons to form neutral atoms or molecules is called recombination. A polyatomic anion that contains oxygen is sometimes known as an oxyanion .

Proces-rad-djelo pretvaranja električki neutralnih atoma ili molekula U IONe i stanje kada su IONizirani je nazvano IONIZATION.

Šta ovdje istinski piše, pročitaj još jednom: IONIZATION ili ION IZA T ION.

Ponovno udružuvanje IONa i elektrona da formiraju neutralne atome ili molokule je nazvano PONOVO UDRUŽIVANJE- SASTAVE se, SASTAV desi se.

Šta ovdje istinski piše, pročitaj još jednom: SASTAV ili SASTAV ili SAAV ili SAVVA.

A poliatomski anION koji sadrzi KISIK (oxygen) je ponekad znan kao oxyanion .

ŠTA JE OVA RIJEČ U SLAVENSKOM JEZIKU: SAVVA OZNAČAVA STANJE KOJE ZOVEMO: IONIZACIJA.

Sta je to SAVVA. Tako se to pisalo nekad davno, i oznacavalo je SAV VA, rijec VA ima znacenje kao U..

Primjer: U ime otca i sina i duha svetoga...... je molitva koju su ne kad ovako govorili:

EVO KAKO SE NEKAD PISALO ČIRILICOM: CABBA a NE KO DANAS SABA, IZGOVOR JE KRATAK A NE DUG.

EVO KAKO SE NEKAD PISALO LATINICOM: SAVVA a NE KO DANAS SAVA, IZGOVOR JE KRATAK A NE DUG.

	KAKVA JE TO SVETA SAVVA? KAKAV JE TO SVET SAVVA?
What is OVAJ RED CIRCLE on the dress is WHITE COLOR or GRAY COLOR SAINT SAVA. What is this dress SAINT SIMEON this color... UBACI WENCESLAVA		Šta JE OVAJ CRVENI KRUG na haljini BIJELE BOJE ili SIVE BOJE SVETOG SAVE. Što je ova haljinia SVETOG SIMEONA OVE BOJE...
	Ovo je IKONA TROJERUČICE ČETVEROJEVANDJELE. Šta istinski znače te riječi: TROJERUČICE... Sutra 27 Januar 2007 je SVETI SAVA.
	Evo kad se sve izmjeni šta se dobije.
THIS IS THE SILICON RED CIRCLE on the dress is WHITE COLOR or GRAY COLOR SAINT SAVA.		TO JE SILICIJ TAJ CRVENI KRUG na haljini BIJELE BOJE ili SIVE BOJE SVETOG SAVE.

Ions ---- Molecules Ions and atoms are the smallest subdivision we commonly use for earth materials. Ions and atoms are single elements (like oxygen or hydrogen) that are composed of a nucleus containing protons and neutrons, and shells of electrons around them. An atom has a balanced or neutral charge and an ion has a positive or negative charge. Molecules are groups of ions bonded together to form a chemical compound. Water is an example of a molecule. An individual molecule may not be stable on it own, but can become a stable substance when a number of molecules are present...like water or plastics. Molecules formed when ions are bonded. There are a number of types of bonds, however, the most common bonds in earth materials are ionic and covalent bonding. Ionic bonding occurs when two atoms of opposite charge are attracted to each other. Negative and Positive ions work together in a 60% (neg.) - 40% (pos.) ratio. Attracting pollutants and particles; and like tiny magnets - drop them out of the air we breathe. Normal "fresh" air has a total ion concentration about 2,000-3,000 per cubic centimeter. Many environments are ion depleted with barely detectable levels of ionization.

Šta je to radio SVETI SIMEOM? RAZMISLI DUBOKO ili CVETi CIMEON ili ION.

SAMO PRVO SLOVO SVET ilI CVET SVE OKRENE NAOPAKO....NIŠTA VIŠE NIJE ONAKO KAKO PIŠU.

Prema jednom od tibetanskih tekstova, "u Vasioni ili Vazioni U VAS, ioni tako mnogo svetova, da čak ni Buda lično ne može da ih pre b roj i."

Imamo riječ roj koja označava nešto kao klupko, okrugli ili sferični skup nečeg...

Gdje greška je u prevodu na engleskoi jezik, nekad davno, i gdje greška je svih ostalih koji su prepisivali sve onako kako je jednom lažno prevedono zbog neznanja o postojanju IONa - ili JONa...Sve je lažno prevedeno, lažno napisano, i tako kroz mnoge knjige se nije moglo razumiti.

Pročitaj ispod, ovako bi trebalo da piše da bi čovjek razumio, šta je to roj...

Rudolf Bosnjak tvrdi: "svaki od tih cvetova je ukrućen - učvršćen je u sferu - sferni - sverni - kružni - loptasti omotač kao roj pravog KI S IK a na e TERA."

Kao što znate TERRA je ime za ovu našu planetu, koju ZEMLA-ZEMLJA-TERA-TERRA zovemo.

The ionization potential, or ionization energy, of an atom or molecule is the energy required to strip it of an electron. More generally, the nth ionization energy is the energy required to strip it of an nth electron after the first

n ? 1

have already been removed. It is centrally significant in physical chemistry as a measure of the "reluctance" of an atom or of a molecule to surrender an electron, or the "strength" by which the electron is bound.

Generally speaking, atomic ionization energies decrease down a group (i.e. column) of the periodic table, and increase left-to-right across a period. Ionization energy exhibits a strong negative correlation with atomic radius. Successive ionization energies of any given element increase markedly. Particularly dramatic increases occur after any given block of atomic orbitals is exhausted, except when progressing to the next s orbital. This is because, after all the electrons are removed from an orbital, the next ionization energy involves removing an electron from an orbital closer to the nucleus. Electrons in the closer orbital experience greater forces of electrostatic attraction, and thus, require more energy to be removed.

*Successive ionization energies in kJ/mol*
Element	First	Second	Third	Fourth	Fifth	Sixth	Seventh
Na	496	4,560
Mg	738	1,450	7,730
Al	577	1,816	2,744	11,600
Si	786	1,577	3,228	4,354	16,100
P	1,060	1,890	2,905	4,950	6,270	21,200
S	999.6	2,260	3,375	4,565	6,950	8,490	11,000
Cl	1,256	2,295	3,850	5,160	6,560	9,360	11,000
Ar	1,520	2,665	3,945	5,770	7,230	8,780	12,000

In order to determine how many electrons are in the outermost shell of an element, one can use the ionization energy. If, for example, it required 1,500 kJ/mol to remove one electron and required 6,000 kJ/mol to remove another electron and then 5,000 kJ/mol, etc. this means that the element had one electron in its outermost shell. This means that the element is a metal and in order for this element to achieve a stable octet, it looks to lose one electron. Thus, the first electron is easy to remove and consequently the ionization energy is low. Notice, however, that once the stable octet has been formed, it becomes much more difficult to remove the next electron. If that electron can be removed the consequent one can be removed a bit more easily.

Quantum-mechanical explanation

According to the more sophisticated theory of quantum mechanics, the location of an electron is best described as a "cloud" of likely locations that ranges near and far from the nucleus. The energy can be calculated by integrating over this cloud. This cloud corresponds to a wavefunction or, more specifically, to a linear combination of Slater determinants, i.e., according to Pauli exclusion principle, antisymmetrized products of atomic or molecular orbitals. This linear combination is called a configuration interaction expansion of the electronic wavefunction.

In general, calculating the nth ionization energy requires subtracting the energy of a

Z ? n + 1

electron system from the energy of a

Z ? n

electron system. Calculating these energies is not simple, but is a well-studied problem and is routinely done in computational chemistry. At the lowest level of approximation, the ionization energy is provided by Koopmans' theorem.

The silicate minerals, which are the important rock-forming minerals, are composed of silicon oxygen tetrahedrons (see isolated molecule above) that are linked in various ways with other tetrahedrons and other ions such as iron, potassium, magnesium, calcium, and sodium to form a three-dimensional lattice. One of the major variations in the lattice structure of silicates is the number of oxygen ions shared between neighboring tetrahedrons. In single chain silicates one oxygen is shared. In double chain silicates two oxygen are shared. In sheet silicates three oxygen are shared. And in structural silicates all four oxygen are shared.

Nikola Tesla owe the invention of alternating current generators and motors to which of these people?

Nikola Tesla (Smiljan, today Croatia, 1856-1943 USA). His father was a Serbian Orthodox priest; his mother was unschooled but highly intelligent. Tesla was dreamer with a poetic touch. As he matured, Tesla added to these earlier qualities those of self-discipline and a desire for precision. Training for an engineering career, he attended the Technical University at Graz, Austria, and the University of Prague. He emigrated to the United States in 1884. In May 1885, George Westinghouse, head of the Westinghouse Electric Company in Pittsburgh, bought the patent rights to Tesla's polyphase system of alternating-current dynamos, transformers, and motors. The transaction precipitated a titanic power struggle between Edison's direct-current systems and the Tesla-Westinghouse alternating-current approach, which eventually won through. In 1891 he invented the Tesla coil, an induction coil widely used in radio technology. Three Nobel Prize recipients addressed their tribute to "one of the outstanding intellects of the world who paved the way for many of the technological developments of modern times." ** Marconi was an Italian physicist and inventor of a successful system of radio telegraphy (1896). Edison was the inventor of electric light bulb, the phonograph, storage batteries and telephone. Westinghouse was American inventor and industrialist.

During their migration to Balkans in 6th-7th centuries A.D., Serbs worshipped a pagan cellestial God. What was his name?
Svetovid.

At the time of their settlement in Balkans, during 6th and 7th centuries AD, the Serbs were polytheistic pagans, as were other Slavs, too, at that time. Svetovid is the Supreme deity of the Slavic Pantheon of Gods. He is the God of War, Fate and Fertility. ** Perun is the God of the Storm and of Thunder. * Dajbog ('God who gives') is the God of the Sun and the Harvest and Plentitude, and is also the inventor of calendar. * Vesna is the Goddess of Spring.

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