File:Chapter 7 - INNOVATIVE METHOD FOR THE PREDICTION OF SPIN MULTIPLICITY pp 69-80.pdf
From WikiEducator
Chapter_7_-_INNOVATIVE_METHOD_FOR_THE_PREDICTION_OF_SPIN_MULTIPLICITY_pp_69-80.pdf (0 × 0 pixels, file size: 168 KB, MIME type: application/pdf)
Summary
Description | In the previous chapter 6, formulae-based mnemonics have been discussed to predict the magnetic properties and bond order of diatomic species having the total number of electrons (1-20) without drawing their electronic configurations through molecular orbital theory (M.O.T.). In this chapter 7, spin multiplicity values have been predicted by other innovative method without calculating total spin quantum numbers (S) of elements, molecules or ions, and coordination compounds. Spin multiplicity is also very essential to constitute atomic term symbol, (2S+1LJ), along with resultant vectors L and J in co-ordination chemistry1. L is also known as resultant orbital angular momentum quantum number. |
---|---|
Source | Own work |
Date | 2021-05-08 14:28:37 |
Author | Arijit Das |
Permission | See below. |
Licensing
|
File history
Click on a date/time to view the file as it appeared at that time.
Date/Time | Dimensions | User | Comment | |
---|---|---|---|---|
current | 22:07, 8 May 2021 | 0 × 0 (168 KB) | Arijitdas78chem (Talk | contribs) | User created page with UploadWizard |
- You cannot overwrite this file.
File usage
There are no pages that link to this file.
Categories:
- Uploaded with UploadWizard
- Innovative method for prediction of the spin multiplicity of elements and compounds
- Spin multiplicity of elements, molecules, and compounds by innovative method
- Spin multiplicity and spin state value
- APPLICATION OF INNOVATIVE METHOD FOR THE PREDICTION OF SPIN MULTIPLICITY
- Prediction of the spin multiplicity of the element
- Prediction of the spin multiplicity of molecule
- Prediction of the spin multiplicity of molecular ion
- Prediction of the spin multiplicity of high spin and low spin coordination compounds
- Prediction of spin multiplicity value for high spin and low spin octahedral complexes
- Prediction of spin multiplicity value for high spin and low spin tetrahedral complexes
- Splitting of d orbitals in Crystal Field Theory (CFT)
- Electronic configuration (E.C.) for low spin (LS) octahedral complexes with CFT and their corresponding spin multiplicity value and spin state
- Electronic configuration (E.C.) for high spin (HS) octahedral complexes with CFT and their corresponding spin multiplicity value and spin state
- Electronic configuration (E.C.) for high spin (HS) tetrahedral complexes with CFT and their corresponding spin multiplicity value and spin state
- Electronic configuration (E.C.) for low spin (LS) tetrahedral complexes with CFT and their corresponding spin multiplicity value and spin state
- PROBLEMS ON SPIN MULTIPLICITY
- SOLVED PROBLEMS ON AROMATICITY FOR NET