You will see that the rule in Tehran are cons is that when more than n = 4 energy level. However, in that the first 20 elements Can use the electron arrangement in accordance with the rules of good design hotel.3. each power level power level to subclasses. No more than four layers and sublayers with the name calling. : D, f, p, sOn each floor there will be a number of sub-e-no more than the following:The energy level is s e sub-layer no more than 2 levels with energy e-p sub floor 6 the power level d is e-subclasses was not more than 10 power level f is e-subclasses was not exceeding 14 characters written as s 2 p 6 d 10 f 14.How to arrange an electron in an atomElectron energy level n = 1 is located near the nucleus. Gravity between protons with electrons have high values (pull electrons out of the atoms is difficult), but the energy in the electrons is low. Best electron nucleus is located between Proton with an electron attracting force (pull electrons out of the atoms easily), but the energy in the electrons is high.The difference between the energy level n = 1 to n = 2 is very different, but the energy level at a distance from the nucleus, it is better to have different values. Figure 6The outermost energy level which valence electrons (Valence Electron).Electron energy level n = 1 is located near the nucleus. Gravity between protons with electrons have high values (pull electrons out of the atoms is difficult), but the energy in the electrons is low. Best electron nucleus is located between Proton with an electron attracting force (pull electrons out of the atoms easily), but the energy in the electrons have high energy levels, which are in the outermost valence electrons (Valence Electron).Electron energy level n = 1 is located near the nucleus. Gravity between protons with electrons have high values (pull electrons out of the atoms is difficult), but the energy in the electrons to an electron that is part low nucleus contains protons against gravity between electrons is less.(Pull electrons out of the atoms easily), but the energy in the electrons is high.The difference between the energy level n = 1 to n = 2 is very different, but the energy level at a distance from the nucleus, it is better to have different values. Figure 6The outermost energy level which valence electrons (Valence Electron).Electron energy level n = 1 is located near the nucleus. Gravity between protons with electrons have high values (pull electrons out of the atoms is difficult), but the energy in the electrons to an electron that is part low nucleus contains protons against gravity between electrons (electrons out of the atoms pull easily), but the energy in the electrons is high.The difference between the energy level n = 1 to n = 2 is very different, but the energy level at a distance from the nucleus, it is better to have different values.The arrangement of electrons, arrange the e-subclasses in the energy level by ordered by arrow (electron arrangement guidelines, written before the chart image.
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