18 окт. 2019 г. · The G orbital does exist, but in their ground state, electrons are not in the G orbital, so it is therefore not represented on the periodic table.

16 окт. 2018 г. · The g orbital is an orbital after the f orbital that only exists with excited states of the current 118 known elements.

28 окт. 2019 г. · The same logic applies for c) 4g. The first 'g' subshell occurs in the 5th shell, and only 5g,6g,7g etc are possible.

22 окт. 2019 г. · Regarding the 1D.25, I understand that g-subshell can exist. But what is the minimum n that can have g-subshell?

29 апр. 2018 г. · The subshells 2d and 4g do not exist because there is not an element to be assigned to in that subshell. The d-block of subshells is for transition metals and ...

11 окт. 2015 г. · 2.31 Question reads as follows... Which of the following subshells CANNOT exist in an atom: (a) 2d (b) 4d (c) 4g (d) 6f

There are additional subshells after f (I think there are g- and h-orbitals), but I believe Dr. Lavelle said in class that we don't have to know them. For this ...

22 окт. 2019 г. · The subshells preceding 3d are (from lowest to highest energy) 1s, 2s, 2p, 3s, 3p, and 4s. C cannot exist because the lowest "g" subshell is 5g.

30 окт. 2020 г. · g orbitals can only exist when the principle quantum number n is at least 5. Thus (a) and (c) are subshells that do not exist. Top. Aliya 1H ...

29 окт. 2020 г. · The question is: Which of the following subshells cannot exist in an atom: (a) 2d; (b) 4d; (c) 4g; (d) 6f?