Bio-Inorganic Chemistry - Crash Course

[@kushrana7612]

thank you very much sir..,🙏🙏 if possible pls make crash course on Nuclear chemistry.

[@priyalsoni4398]

Thanks a lot sir. We people are very blessed to having a wonderful teacher like you. God bless you.👍

[@nitinsharma___8436]

How's ur preparation

[@priyalsoni4398]

@@nitinsharma___8436 good.

[@anishmazumdar6024]

Thank you sir , it is very helpful, please make a video based on questions of M.O. theory

[@Priya00317]

In oxy-hemoglobin, Fe is in oxidation state +3 i.e. d5 electronic configuration. Even if it is a low spin complex, one electron is still left unpaired, then why is oxy-hemoglobin diamagnetic?

[@Pkchemist]

Each every line are qus...excellent sir

[@meghamohan9705]

This was supercool sir...Because it helped me to revise complete bioinorganic without out even looking at my books....Thankyou so much sir.

[@kanhaji4629]

How to clear all basics of chemistry for iit jam

[@suvamoymalik6695]

Sir if possible make crash coursh vedio on nuclear chemistry.

[@arushisharma9485]

Very well covered. Thanks a lot. 👍🏻

[@pranamikasarma2474]

Assam and Tripura are burning. Students are on roads protesting against CAB to save their culture and language. We are under kind of house arrest,as curfew is here and military march everywhere . And 15th december is so near. I am not sure if students from this part of the country will be able to seat for NET or not. Please pray for us.

[@shwethamurali5949]

Sir,the oxidation state of Fe in oxyhb is +2 or +3???It is different in different books

[@aishwaryachauhan349]

+2

[@shwethamurali5949]

@@aishwaryachauhan349 ok..thnkz

[@traveller-ht5fd]

+3

[@chandradeepak4424]

Thnku so much sir....

[@monikathakur000]

Thank you sir..

[@devisrisuryadss160]

Thank you so much sir🙏🙏🙏👍👍

[@yogeshmandhar]

thank you very much sir...

[@riyajohnson7643]

This was a wonderful class

[@binitapatra9348]

Sir plz make a crush course video on Nuclear Chemistry 🙏

[@chemistryvoice981]

Thank you

[@saymaacademy6078]

Thanks sir!

[@divyak5266]

Thank u sir

[@vidyabawanthade3260]

Thank you sir

[@vanitak4739]

it is Fe3S4

[@h.y.nayaknayak3051]

Ya

[@khpchemistry1909]

sir, is Fe2S2 EPR ACTIVE OR INACTIVE ?

[@chemcontrast1994]

In one of your video based on inert and labile...u said that d8 is labile. but according to CFAE, it's inert. Correct me if I m wrong.

[@panchhi97]

It's inert ...

[@chemcontrast1994]

Yes..but in that video,he marked it as labile.

[@shwethamurali5949]

@@panchhi97 can u plz explain it ?

[@panchhi97]

Yaa i can explain but it is something related with experimental values of change in CFSE during intermediate formation which is negative and that's why it is inert which i can't explain totally without pen and paper ...so remember d3,d8,d6 are highly inert ...while d4 and d5 are inert when they are low spin ...

[@ananthkumar864]

Superr sir

[@akashhiregange9127]

Sir, color of oxy-hb is due to..??

[@traveller-ht5fd]

Porphyrin ring..

[@waniadil]

Sir nuclear chemistry please sir

[@kumarrahul596]

Sir yaha se jam me Q ati h?

[@007acreed]

crash course on quantum chemistry

[@amansinghkhinda119]

hindi me sir...

[@akankshayadaw9386]

Thnk u sir..😊

[@archanat.k7777]

Thank you..sir

[@swatichaturvedi5142]

thankyou sir 🙇