PART 12(D): THEORIES OF TRANS EFFECT (POLARIZATION & PI BONDING THEORY)

In this video, I have explained the polarization theory and pi bonding theory to explain the trans effect of ligands. Polarization theory is applicable for the ligands which are Sigma donor like halogens. Pi bonding theory is applicable for the ligands which have pi bonding or pi bonding empty orbitals.
#POLARIZATIONTHEORY #PIBONDINGTHEORY #TRANSEFFECT

[@iraknaspparama3820]

Thank you sir 🙏 you help many Tamil students sir, hats off to your teaching sir 🙏

[@bhartisharma4967]

Nice way sir🙏

[@ezazrehman3407]

Sir you are best teacher of chemistry

[@TETRAHEDRONCHEMISTRYCLASSES]

🙏🙏🙏

[@trishadas2896]

Very good explanation sir.

[@upendrapatel6841]

Very good lecture sir

[@wajeehamalik244]

Amazing lecture

[@babulalbijarniya5468]

Do you teach well, Guru ji, I will just pray to God that you get selected in Chemistry lecturer

[@TETRAHEDRONCHEMISTRYCLASSES]

Blessings are always welcome.

[@khushbubedi1426]

Thanks a lot sir 🙏

[@tamilvalam4458]

thank you very much sir.

[@vishnuv8007]

Thnk u sir ,well explaned

[@ezazrehman3407]

You are king of chemistry

[@souravchoudhary9215]

Tkuuu sir..u r amazing😍

[@vishalmishra6213]

Thanks you sir ❣️🙏🙏

[@shrutimishra9079]

Love it ❤️❤️❤️🔥

[@wisaalqazi4685]

Thank u sir

[@dipambitamoran2455]

Sir I guess , one mistake is there in the polarization theory . It should have been MLX3 type structure not ML3X . Or the X ligand should have higher polarizability . It is creating confusion.

[@TETRAHEDRONCHEMISTRYCLASSES]

Plz refer Ajay Kumar and AK Das.

[@apurbadas9616]

Yes... I was thinking that too... If I has higher polarizibility then I-M bomd should be stronger and the opposite should be weaker so the substitution should be of Cl not I

[@dipambitamoran2455]

@@apurbadas9616 Exactly

[@shekhartungariya5868]

Sir please make video o Quantum chemistry

[@knowledgeseeker9757]

Since I (iodine) high Polarizability, the ligand trans to it will leave right sir??

[@TETRAHEDRONCHEMISTRYCLASSES]

Plz mention time.

[@rajanyasarkar242]

@@TETRAHEDRONCHEMISTRYCLASSES Sir at 10:43 the ligand (Cl) will leave right because I- is more polarisable than Cl-

[@jagatthakur7245]

Thanx sir

[@areejkhalid347]

Sir what about cis effect?

[@TETRAHEDRONCHEMISTRYCLASSES]

I didn't cover cis effect. Cis effect is observed in oh complexes.

[@universalopening7408]

Sir make a video on *electron neutrality principal* in coordination chemistry
...

[@TETRAHEDRONCHEMISTRYCLASSES]

Already made, here is the link or you can search coordination chemistry playlist:
ruclips.net/video/rdyAPkooH8k/видео.html

[@frankinfobox]

The way he said..... Putting my L here ...... and this is my X 😂

[@TETRAHEDRONCHEMISTRYCLASSES]

😂😂😂

[@mysteriouschemworld8127]

Side m deak k ku pdave h

[@gautam_devgan25]

Thank u sir 👍