Tanabe Sugano Diagram with Examples, Spin Crossover, Questions from CSIR NET and GATE

Tanabe sugano diagram details and for different d configurations. Spin crossing over.

[@durgannanallabothula9713]

Wow excellent teaching, I leant more from this video and I cleaned my douts so I am more confident. Thank you soo much mam. Can provide more videos of other CSIR topic

[@ShivaniSharma-nf9hi]

Very helpful video mam thnku😊🙏

[@marvel5207]

Great

[@arunpandiyan1029]

excellent teaching mam

[@syafriizzatabidiy3143]

well, how to determine E/B for v1 and E/B for v2 accurately? Thank you

[@UCHShyamR]

Mam how the various term states of d2 configuration cane please explain

[@himanshuacharya215]

Nice explain mem thank you 🙏 sita ram

[@kareenakumawat8175]

What's the concept behind... energy order of ...these possible terms?

[@Organicarivu]

Dear Madam, lovely lecture. I enjoyed it. But one correction is that at 17.40 min the gap between 3F to 3P is only 15B. Kindly have a look at it. Thank you

[@sachinrohilla668]

Nice explanations But I have a doubt at 12.38 on which basis u will put the different terms on vertical line Means why after ground state term 1d is nxt term

[@susantarakshit7061]

Yes i had the same question. 12:33 is it one exception?

[@UCHShyamR]

Mam previous video link

[@naturallife8934]

Graphs will be provided or we need to memorise all these things???

[@Chemistryunplugged]

You have to memorise them

[@abhishekmishra1290]

Mam 1D ki energy 3P se km kaise hai

[@V9MED]

uses of this diagramme in industry plz

[@siddharthashankarkashyap1531]

Maam, how does 1D comes below 3P in the TS diagram as we know 3P has higher multiplicity than 1D?

[@ajeetsingh3442]

Raccah parameter, there is electronic repulsions which are not considered in hunds rule, using raccah parameters we get the correct order in which 1D is of lower energy

[@navichemistryclasses3993]

²g kese ho hoga

[@vekhsh8315]

Ma'am how do we know that the x axis value is 28?

[@Chemistryunplugged]

@Suveksha Tamang.. Please watch the video again.. 28 value comes from ratio of e2 and e1

[@vekhsh8315]

@@Chemistryunplugged thank you ma'am

[@navichemistryclasses3993]

²g Hoga ya ²H nahi hoga

[@user-pf8fw9ch4m]

among [Co(h2o)6]2+ and [v(h2o)6]3+ how would i know which one is in strong field or weak field ligand environment??

[@Chemistryunplugged]

Strong and weak field environment depends on ligands which are classified in spectrochemical series according to their sigma donor and pi acceptor tendencies.. Nh3 and h2o are in middle of the series so sometimes they are weak or strong field and it depends on central metal ion. In Co2+, we have d7 e- and it will form high spin complex with h20 while in v3+ we have d2 e-and it will also form high spin complex but cfse will be high for v3+ bcz it has less number of e-. Most exceptional case is of co3+ which form low spin complex with nh3 and water.