22 февр. 2018 г. · The no of sub shells is indicated by the azimuthal quantum no (l) whose value ranges from 0 to (n−1) . Thus for n =6 we have ...

15 апр. 2023 г. · Possible subshells are 4d , 5p , 6s . BECAUSE, l is less than n and n+l=6. So, total number of possible subshells are 3. How many orbitals have n = 6? Why? If n+l=6, then what would be the total possible number ... Другие результаты с сайта www.quora.com

For n+l=6 possible values of n and l where n>l are: 6+0=6 5+1=6 4+2=6 thus there are three subshells option A is correct.

7 дек. 2023 г. · Final answer: The shell with n = 6 has four subshells: 6s, 6p, 6d, and 6f. The maximum number of electrons that can be in each subshell can be ...

The 6th shell could, theoretically, contain 6 subshells, including the g, h, and i, subshells. However, these three subshells are purely theoretical.

26 февр. 2024 г. · Final answer: For the principal quantum number n=6, there are six subshells (6s, 6p, 6d, 6f, 6g, and 6h), with a total of 36 orbitals.

4 июл. 2018 г. · Well, there are five subshells POSSIBLE, but only the first two are ACCESSIBLE. Well... apparently, you want the principal quantum number ...

The number of orbitals can be determined using the formula: 2l+1. Therefore, the subshells associated to n=6 are 6s, 6p, 6d, 6f, 6g, and 6h.

For instance, with \(n=6\), we have six possible subshells. The number of orbitals within each subshell also partially depends on the principal quantum number.