Born-Oppemheimer Approximation Complete Expalnation | Computational Chemistry | DFT

[@rebeccaobewu5980]

Omgg thank you so much i completely understand it now. You are a good teacher ❤

[@MohsinCyanide]

Happy to help!

[@AnshuKumari-xr6fl]

Thank you so much for this video, you explained it in very simpler way that is easy to understand ....thank you again... You are such a good teacher😊😊

[@MohsinCyanide]

@@AnshuKumari-xr6fl Welcome

[@rahimoon]

In total Hamiltonian, T_n (kinetic energy of nucleus) is neglected b/c BO approx considers the nucleus to be at rest but why V_nn (nucleus- nucleus repulsion potential energy ) is it also neglected in Hamiltonian?

[@hakimeyounes]

I think that because V_nn is positive wich indicates positive total energy in little distance between nucleus, which not stable. However the V_ne with negative sign make it stable automatically. For V_ee, with negative totale energy in little distance, which stable.

[@mirajmondal3591]

Very nice and simplified explanation.

[@MohsinCyanide]

Glad you liked it

[@Rudrakxh]

"Mohsin Cyanide" what type of bond is that ionic or coolant? M-CN?

[@MohsinCyanide]

Ionic bond is present between Metal and carbon

[@Rudrakxh]

@@MohsinCyanide I mean what type of bond your name contains? since you've cyanide surname

[@MohsinCyanide]

😂😂😂

[@Funvideos345]

@@Rudrakxh 😂😂😂😂😂😂😂😂

[@virkvirk1254]

PLZ make video on kohn sham equa

[@MohsinCyanide]

Will make within aa few days

[@virkvirk1254]

👍👍