Back bonding in transition metal complexes

[@J9_kun]

Clear, concise explanation with simple graphics for a complex-at-first-sight concept. This helps massively, much appreciated 👏👏👏

[@nickmccoy5121]

Amazing video! I first struggled with this concept when my inorganic prof taught it to me, now I get it fully! The pictures and you working through it really makes it clear

[@Chemistryuniversity]

That great!

[@slipperystuff5971]

Great explanation. Much clearer than my prof

[@alexdb2976]

Bro, u are the king of chemistry

[@donnakaiser9859]

Thank you for the very clear explanation!

[@Nishchay-fk5lr]

beautiful explanation

[@guruprasadbharadwaj7918]

Thank you so much 🙏🏼. This is gold.

[@hamamino2145]

Thank you sir !

[@Rei-wk4ml]

thank you!

[@perseveranceokpara7535]

Well explained. Thank you!

[@aartigupta2390]

Greattt💯💯

[@maximbiscop4451]

thank you very much. very informative.

[@0rchidya]

I love you

[@Nick23003]

Thank you sir

[@gloirekasitu1815]

Hello sir, between methyl isocyanid and carbonyle, which one is better sigma donor and which is better pi acceptor

[@Chemistryuniversity]

Isocyanides are better bases so they are better sigma donors. Carbonyls are better pi acceptors.

[@anuragroy897]

Ok

[@dragon-nk2ch]

Very helpful video , sir do you also like to use fountain pen 🙂

[@Chemistryuniversity]

Thank you. That pen is a flat nib fountain pen. In normal day to day life I use a ball point pen, but for videos I prefer a fancier pen.