Crystal field splitting in octahedral complexes, Chemistry

Assignment Help:

Q. Crystal Field Splitting in Octahedral Complexes?

Let us consider an octahedral complex, ML6, where M is a metal ion and L stands for a ligand. The total charge on the complex and the oxidation state of the metal ion are omitted since they would not make any difference in our result. The complex can be represented as shown in Fig.

2398_Crystal Field Splitting in Octahedral Complexes.png


Related Discussions:- Crystal field splitting in octahedral complexes

S block, list down all the chemical properties of s- block?

list down all the chemical properties of s- block?

Periodic table, what groups comprise each block of elements in the periodic...

what groups comprise each block of elements in the periodic table?

Entropy change for the reaction., The standard free energy change for a rea...

The standard free energy change for a reaction is -212.3 kJ mol -1 . If the enthalpy of the reaction is - 216.7 kJ mol -1 , calculate the entropy change for the reaction.

Uses of alkyl nitrites, Uses of Alkyl nitrites (1) Ethyl nitrite dialat...

Uses of Alkyl nitrites (1) Ethyl nitrite dialates the blood vessels and so accelerates pulse rate and lowers blood pressure thus it is utilized for a medicine for the treatment

Briefly explain nuclear power, Q. Briefly explain Nuclear Power? Ans. ...

Q. Briefly explain Nuclear Power? Ans. As an energy source, nuclear power is an alternative to fossil fuels. Controlled nuclear chain reactions are used to generate elect

Covalent radius, in borontriiodide distance between two I atoms is found to...

in borontriiodide distance between two I atoms is found to be 3.54. if radius of covalent bonded I atom is 1.33. what is covalent radius of boron

Chemical properties, chemical properties with reactions of alkali metals

chemical properties with reactions of alkali metals

Describe the mechanism of ferromagnetism, Describe the mechanism of ferroma...

Describe the mechanism of ferromagnetism Ferromagnetism is the basic mechanism by which certain materials (like iron) form permanent magnets or/and exhibit strong interactions

Symmetry operations, what are the symmetry operations of N2O5 and C2H2

what are the symmetry operations of N2O5 and C2H2

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd