Molecular Orbital Diagram of Polyatomic CO2 Molecules - Chemical Bonding & Molecular Structures

[@Chemdraw]

Thank India professor! from S.Korea🇰🇷

[@meghashreevs7321]

Are u really from sk??

[@s4umyy4]

​@@meghashreevs7321 kyu? Teri phat gyi?

[@lalitasharma6687]

I have a question why there is no sp mixing in Carbon taking place??

[@andrestavizon7298]

3:15 psi px for oxygens must be additive, i think that was a typo. Super video!! now I understand more this! thank you

[@khannida2108]

One of the best explanation 👍🏻

[@Edmerls]

Glad it was helpful!

[@pritysinha8224]

Wonderful explanation through presentation 👍👍 tq so much🙏

[@jerryhymytang8859]

May I ask why does the addition in psi V involves OI-OII instead of OI+OII, I thought they are constructive interference?

[@atlavenkatamanohara8389]

Could you please tell me the energy corresponding to the no bonding in the graph?

[@amanadleshorts7429]

Nice explanation

[@Edmerls]

Thanks and welcome

[@realest_isopod6417]

excellent explanation, thank you

[@jeremiahafrica8428]

can any please help me and explain why the 2s orbitals of oxygen are not involved in bond formation? thanks very much

[@salsabillaamira5989]

I also want to know this answer

[@sanghamitra_dutta]

I think this is because of the energy difference. Interactions are strongest for orbitals having similar energies. The energy difference between the 2s group orbital of oxygen and 2s or 2p orbitals of carbon are very large. But the energy matches between the 2p group orbitals of oxygen and 2s or 2p orbitals of carbon..so 2s group orbital of oxygen is not considered in bonding

[@angelic8580]

Actually it has to be involved by hybridization of C (SP)

[@muhammaddafi8707]

I am little bit confused at this part, does σ(z) mean σ(pz) ?

[@kiruthikam6003]

Whether the wave function are correct in px px in oxygen case

[@dosoonee]

인도는 신이고 정의다

[@aa_1988]

Thank you so much

[@Edmerls]

You are most welcome

[@dr.udayabhanucgowda6818]

Inspired

[@victorrocaruiz2658]

Why Oxygens' 2s orbitals don't match?

[@น.ส.วลีรัตน์โคตรสังข์]

please tell your program to draw these molecuclue. thank you so much ^_^

[@نبض_مختلف]

Thanks for explaining.. can you tell me about ...، {Ti (H2O).6 }3+

[@gloriacastaneda114]

thanks!

[@Edmerls]

Welcome!

[@forstudy1772]

but sir this will be same as carbon monoxide ,

[@RajKumari-nh5wy]

Please tell about nh3

[@missasaril6148]

Isn't there sp mixing in C in this case

[@Kevinfreddo]

Mixing always occurs provided that the orbitals have the same symmetry/orientation in the molecule. The degree of mixing depends on how close in energy the orbitals are (if two orbitals are close in energy, there is a high degree of mixing; if two orbitals are far apart in energy, the mixing is negligible)

[@noumanrollno3420]

Why 2S orbitals or oxygens are not involved......in bonding

[@noumanrollno3420]

Of oxygen

[@vasanthag896]

Plz share about CO3(2-)

[@harshbhadouriya4985]

Oxygen k 2s atomic orbitals

[@harshbhadouriya4985]

Kaha gaye

[@alwaysaskwhy2420]

Sir how to find bond order using this?

[@Edmerls]

Its given in the video

[@Atharva5720]

There are 8 bonding electrons and no anti-bonding electrons. Thus (8-0)/2 = 4 so bond order should be 4 i believe. It also checks out as there are 2 double bonds in CO2 molecule (thus 4 bonds).

[@dhirajborah4482]

Ye v koi terika hua samjhane ka 😕😕