Thank you sir... For very precise n useful lectures..... Ur explain things from the point of view of application that's very useful n time saving also.... Thank you sir....
Nice explanation sir.. It cleared me all the doubt about the g value.. My humble request is please upload all the videos of epr and mossbour spectra before the December 2017 csir Xm.. Thank u
Ok definately i will start to solve questions on this concept .but can i get your email id atleast ?? so that if i face any problem i can share that with you .
As it is trigonal bipyramidal,dzx,dyz will be of lower energy.so electron enters into either f them but not dxy.so as electron density defines g,and gxy is g perpendicular,I can predict g parallel to be greater than g perpendicular in other way.i hope u understood sir
I have one doubt suppose if we have complex [Co(CN)5(NO2)]3- So major product will be dat in which CN is attached with NO2 not CN attached to ONO becoz of symbiosis as CN is soft prefers to bind with soft so my doubt is how many esr lines would be there in dis major product. In (CN) 5 N is attached to inactive C so we will consider 5N then what about N of NO2?????
what is relation between A parellel and A perpendicular wrt to g parellel and g perpendicular.....in case when solution of cu+2 in water frozen????? and what is epr line of hypothetically NH● redical????
i have one more doubt in net examination. asking about cu+2 and cr+2 tetrahedral compound not octahedral compound then why u explaining the jhan teller distortation in octahedral compound ....???
Co3(CO)9Se...how many esr spectral lines are there sir??K3Mo(CN)8...esr spectral lines?in these complexes how can we find value of I sir?pls help me sir..
McConnell equation is a=Q* row.. Where a= hyper fine splitting constant.. Row= spin density.. Q= an empirical constant. The value of Q in between 2.0 to 2.5 mT.... Sir Little confusion between this equation and the equation u said..
Sir, could you please help to solve this. In the EPR spectrum of tetragonal Cu(II) complex. When gII >g⊥> ge the unpaired electron resides in the orbital 1. dxy 2. dx2-y2 3. dz2 4. dxz (CSIR June 2011) Thank you..
Thnku sir for ur support nd hardwork for us...sir plz solve the question no. 89 from 16 dec set b(part c)..I m solving this problem bt not reaching the correct ans
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Thank you for this. You explained this really well. Must admit that you're a great teacher :).
Thank you sir... For very precise n useful lectures..... Ur explain things from the point of view of application that's very useful n time saving also.... Thank you sir....
Sir awesome... U r one of the best teacher in my life. Probably the best...
Nice explanation sir.. It cleared me all the doubt about the g value.. My humble request is please upload all the videos of epr and mossbour spectra before the December 2017 csir Xm.. Thank u
u have explained it so well.my all concept are crystal clear.tysm
Sir u explained so well....thnk u so much ....u r really a great teacher
Please answer this question
In the epr spectrum of tetragonal Cu(ll) complex,when gll>g_l_>ge the unpaired electron resides in the orbital ?
very nice lecture sir ,today i got very imp information thank you very much.
Nicely explained..waiting for next part
It's really awesome and very helpful ☺️☺️
Thanks a lot for keeping my request .now the g concept is very much clear to me . Frnkly speaking i have become your fan .:)
Ok definately i will start to solve questions on this concept .but can i get your email id atleast ?? so that if i face any problem i can share that with you .
Thank you so much ..
It 's really awesome...i understand this topic very well....will u upload some physical chemistry topic like quantum chemistry
thanks sir . your videos are very helpful. i m very grateful to you sir.
Small mistake happened,but it's not a problem.this epr topic what ever you teached excellent than our proffeser .thank you.
Wish u happy durga puja. Enjoy with ur family sir...
very helpful lecture thank you so much sir ...
As it is trigonal bipyramidal,dzx,dyz will be of lower energy.so electron enters into either f them but not dxy.so as electron density defines g,and gxy is g perpendicular,I can predict g parallel to be greater than g perpendicular in other way.i hope u understood sir
Vanadium chloro peroxidase
Sir, time 13:23,here the coupling constant value (a) is given for hydrogen, not for carbon?
Gate chemistry OK thankyou sir
sir Shriver and Atkins is good for preparing inorganic all topics
sir strategy that u have told which chapters1to be completed will help to get good rank in csir net exm
Sir calculation galt aa rhe h. 05/.0023 aapk kaise. 046 aa rhe 2.173 aa rhe h
sir what if they ask about d7 complex..so what will be gll , g perpendicular and g ? as in d7 no electron in either dz2 or in dx2- y2. plz ans
sir huheey will be sufficient for studying inorganic
I have one doubt suppose if we have complex [Co(CN)5(NO2)]3-
So major product will be dat in which CN is attached with NO2 not CN attached to ONO becoz of symbiosis as CN is soft prefers to bind with soft so my doubt is how many esr lines would be there in dis major product.
In (CN) 5 N is attached to inactive C so we will consider 5N then what about N of NO2?????
Thanks sir...Very helpful.... Requested to do video on NQR spectroscopy.....Or if u had any notes on NQR spectroscopy kindly share.
Sir, is d9 Cu octahedral system dynamic ?
sir can you plz tell from where and what we can practise to attempt aptitude questions in csir net exam
what is relation between A parellel and A perpendicular wrt to g parellel and g perpendicular.....in case when solution of cu+2 in water frozen?????
and what is epr line of hypothetically NH● redical????
i have one more doubt in net examination. asking about cu+2 and cr+2 tetrahedral compound not octahedral compound then why u explaining the jhan teller distortation in octahedral compound ....???
Co3(CO)9Se...how many esr spectral lines are there sir??K3Mo(CN)8...esr spectral lines?in these complexes how can we find value of I sir?pls help me sir..
Thanks a lot sir ...nice explanation....
Thank You so much sir for clearing all the doubts
this is awesome and sir plz make a video on massbour spectro. part 2nd
Thank u sir, for d explaination ..but i need to know abou the reference book in which i found Mcconell relationship....pls tell
McConnell equation is a=Q* row.. Where a= hyper fine splitting constant.. Row= spin density.. Q= an empirical constant. The value of Q in between 2.0 to 2.5 mT.... Sir Little confusion between this equation and the equation u said..
I think sir made a mistake in calculation. Pls clarify the calculation of the 2 problems..
sir where is the 3rd part .....which u talk about in the above vedio
Thanks for the great video sir
Sir, in NMR, esr and other....what the mean of resonance?
sir ap tanabe sugano diagram kb karwayenge
Hello sir ...hyperfine line for [Cu+4(en2] ?? sir ethylene diamine so we should consider 4 N na ? .. sir i got 36 line is it correct ?
3 unpaired e yes sir ..I forgot to multiply with 3 unpaired e... Thank you so much sir for this correction ..
Sapna Barad ...why multiply by 3 electron? Cu is 1 electron system na? Plz reply
sir how there is 3 unpaired electrons are there
Angel D Shmuel
Take it as tetrahedral complex...
It gives...e(4) t2 (3 unpaired)
Sir... Will you upload a video on zero field splitting and Kramers degeneracy
Sir.... Zero field splitting and Kramers degeneracy... These topics r imp or not?
thanks sir for this nice video
Sir plz organise all videos its confusing to follow one after another where is part 3 sir
Sir in above video according to the formula a=£ *R it should be R/a to calculate electron density
it will be very costly to buy it from market can we download it online
Sir I can't find ur 3rd lecture on ESR... help me
Thanks sir
U are awsme sir
. Nice explantion .. it cleared my all dought fr g value... plzz upload the video for mass spectra its a rqst sir....
I am wi8ing sir
or any other book we should go through
SIR CAN YOU MAKE VEDIO ON GROUP THEORY AND CHARACTER TABLE RELATED PROBLEMS.....
sir have u made epr part3
Sir when u upload mosbaur spectra part 2
Sir, could you please help to solve this.
In the EPR spectrum of tetragonal Cu(II) complex. When gII >g⊥> ge the unpaired electron resides in the orbital
1. dxy
2. dx2-y2
3. dz2
4. dxz
(CSIR June 2011)
Thank you..
As I understood, I got the answer dz2. Is it correct?
options 2 is correct answer
Thank you..
2. dx2-y2
Sir the formula for a=ro *R is wrong it is ro = a/R
When u r going to upload the 3rd part..
sir nice explation but what written in black board not clear
take the video offline...u will get better result...
sir plz make video on transitions in homonuclear diatomic molecule
Sir...where is the third video..
Sir plz upload video on zeeman effect
Please sir provide us lecture on physical chemistry
where is the third part??
aur sir when u will explain orgel diagram
Please upload more videos on esr
brother would u upload video on mass soectro ?
ok ok :)
Sir can you make a video on organometallic chemistry, like important topics in there?
Gate chemistry ok. thank you sir
Thnku sir for ur support nd hardwork for us...sir plz solve the question no. 89 from 16 dec set b(part c)..I m solving this problem bt not reaching the correct ans
Plz make a video on zeeman effect.
thanks Ek number
Sir
sir ji a=rho into R then formula should be =a/R
Sir,you are requested to kindly upload EPR part 3 video on zeeman effect.
Thanks sir
Row = 0.05÷.0023=21.37 i m getting... But u gave like .4. and i m confusing... Clear me in possible way sir.
Tk. Sir
Sir pls make esr 3rd part.
Sir apne row= R/a likha hai
Please row= a/R hoga
thnk u soo much sir......
not redable
Thnx sir
Thanks sir
thanks
Sir... In dynamic JT distortion electrons are delocalised.. But you said.. That they are localised...
sometimes continuously studying l get demotivated