The octet rule that disadvantages are over when energy levels n = 4 is not however the first element, element 20 can use electron configuration as well octet rule
3. Each energy level Will have the energy sub-floor for up to four sub-floor and called top sub s, p, d, f
in each subclass will have a number of e - does not exceed the
energy level subclass s a e - upto. 2 The energy sub-layers of p e - no more than six to the energy sub d, e - no more than 10 to the power sub-class f a e - no more than 14 to write the s 2 p 6 d 10 f. 14
To rearrange the electrons in atoms,
electrons in the n = 1 energy level is close to the nucleus. Attraction between protons and electrons are so high. (Pull electrons out of the atoms is difficult), but the electrons are low in energy. The electrons away to an attractive force between nuclei, protons and electrons less. (Pull electrons out of the atoms easily), but in the electron energy is higher
, the difference between energy levels n = 1 to n = 2 will be very different. But the energy from the nucleus to be a little different, as shown in Figure 6
on the power level that this outer layer. Valence electrons (Valence Electron)
, electrons in the n = 1 energy level is close to the nucleus. Attraction between protons and electrons are so high. (Pull electrons out of the atoms is difficult), but the electrons are low in energy. The electrons away to an attractive force between nuclei, protons and electrons less. (Pull electrons out of the atoms easily), but the energy in the electron energy levels were higher in the outermost layer that. Valence electrons (Valence Electron)
, electrons in the n = 1 energy level is close to the nucleus. Attraction between protons and electrons are so high. (Pull electrons out of the atoms is difficult), but the energy of the electrons under the electron away from the nucleus to the attraction between protons and electrons at
(pull electrons out of the atoms easily), but the energy of the electrons is higher
there. between energy levels n = 1 to n = 2 will be very different. But the energy from the nucleus to be a little different, as shown in Figure 6
on the power level that this outer layer. Valence electrons (Valence Electron)
, electrons in the n = 1 energy level is close to the nucleus. Attraction between protons and electrons are so high. (Pull electrons out of the atoms is difficult), but low energy electrons in the electron away from the nucleus to the attraction between protons and electrons less. (Pull electrons out of the atoms easily), but in the electron energy is higher , the difference between energy levels n = 1 to n = 2 will be very different. But the energy from the nucleus to be a little different arrangement of electron energy levels rearrange e- sub floor by sorting the arrow (the electron configuration. Before the diagram below
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