NMR Spectroscopy - Upfield and Downfield Shift

[@sss12644]

No one can explain better than this i think...this is the best one 👍

[@prashanthhegde9730]

Finally! I got the concept! One year it took me to understand this after following this page so honestly! Aftaab sethi sir thanks buddy!

[@newtonlaha8195]

The way you taught so far in this particular NMR course is just amazing....now the basics are crystal clear.....thanks a lot sir...

[@deebikabaskar2067]

Super. U take so much effort than our college professors

[@s.thilakshy2344]

This is the best video on the subject. Thank You so much sir.

[@supriyahs2347]

Thank u for spending tym for making these vedios for us........only way through which v can giv justc to ur efforts is by cracking gate.......thank u so much sir😊

[@sapna7405]

👍👍👍👍👍👍👍👍 you make every topic very easy to understand. Now iam not afraid of spectroscopy. Thank you so much sir.

[@sapna7405]

Plzz upload further more videos on Nmr covering problems for net gate

[@nikuchauhan4403]

It's amazing NMR videos..
which gives too much information in very short of time..👍👍

[@renugavadia2221]

Thanks a lot sir.... Ur teaching way is osm..... Lecture is so informative sir...

[@tersadevi]

Sir hats off to ur teaching.🙏 Really amazed and understood the concept of upfield and downfield Thanks Sir. 🙏🙏🙏🙏🙏

[@RAHULSINGH-nh8br]

U are doing great job... U are amazing personality.... Love from udhampur......when i see ur videos i realise how much hardworking u are.... U attitude towards doing something new attract me.... U cant even imagine ....u videos always motivates me.... Nd yes i can do... ❤❤

[@rajashreekamble5752]

Nice sir,really you are doing lot's of efforts always well done and keep doing videos on spectroscopy

[@reshmakr3910]

You are absolutely brilliant...

[@ATariq-vw7uc]

Need more teachers like you in my university💕 thankyou 😇

[@anamikaojha2645]

no words to describe how much you are doing for us,thank you sir

[@suchonaghosh9324]

What a rich content!! 😊 thank you sir

[@dhruvikhanna4914]

Sir your videos are awesome ..and it helps me a lot .. thank you sir for giving very accurate information

[@mayurrajput7252]

The information u gave was just awesome...
Thanksss

[@ajayveeramalla5274]

Thank you very much sir. Keep doing vedioes on spectroscopy. Thank you

[@cookingchemistry9205]

Wow👌👌 amazing... Thanku sir...u r doing so much for us👍😊😊

[@VickyKumar-sb4uq]

very nice and informative Thank you very much sir

[@ARW23]

There is also a good concept about shielding and deshielding of external magnetic field by electron ... Which you should also explain to better understand the upfield and downfield concept

[@anjalijaiswal8445]

Great explanation

[@sanchitagoswami5702]

Thank you sir . Waiting for the next one

[@kaustabhsaikia8401]

Sir do we need to convert the 1.05 T and 1.10 T into frequency to get the chemical shift?

[@husnahareem607]

thank u sooo much sir its amazing 😍

[@NITISHKUMAR-uy1fd]

NICE LECTURE

[@saikatrakshit5213]

Nothing to say.keep it up.Thanks a lot.

[@amitkumarguin6759]

Sir make a video on coupling constant...good work sir..

[@riasaha2145]

Sir pls upload further NMR videos

[@jayaeducationclasses1075]

Loved it got much knowledge

[@swathi6315]

Thank you Sir .It helped a lot

[@PoojaPooja-es8bo]

Sethi sir please teach some more topic on spectroscopy . Please teach complete spectroscopy please sir

[@hritikchaudhary1180]

Amazing video

[@sowmyashree9719]

I give like to vodeos on watching them
But ,in case of you it is reversed ,I'll be giving like for all your videos before watching them.it really worth

[@piyalipahari8421]

Really amazed

[@udayasreesurekha9178]

Excellent sir

[@Monu_Sharmaa]

Sir if we increasing the magnetic field to 1.2T as u told than what will the effect on shift?? Should it remains 1800 for aniline case?

[@bedantaupadhyay672]

With the knowledge I gathered from this video, increasing the field to 1.2T will not affect the shift of NH2 since it has already shown a peak at 1.1T. So, 1.2T will make TMS resonate since the Radiofrequency remains constant.

[@kamalpreetsaini9415]

thank you as it was the much needed video ♥️

[@rittymohan1132]

sir, in continuous wave instrument we are changing the magnetic field so as to resonate the protons at 300 MHz.it means that every proton will resonate at the same frequency. then how come there will be a chemical shift?

[@Sunnys243]

👍👍❣️❣️❣️ lots of love..

[@snehlatakatheria7212]

Thank you sir... Sir I wanna ask one question... Why Ru(III) doesn't give NMR spectra

[@nikuchauhan4403]

Sir, more NMR videos..
and like this more concepts in another topics..

[@tersadevi]

I have never seen is before into the depth

[@infoman5]

Thank u big bro 🙏

[@sudheer2643]

Thank you very much sir

[@pupadhyaypu]

sir please explain fourier transform

[@nidhakhan7608]

thnk uh sir for this lect

[@nishatewatia9489]

but how it is possible to change even the magnetic field..that is fixed na for any instrument.eg.nmr of 1.41T

[@shubhalaxmimahanta5198]

Thank you so much sir!♥️🙏

[@Chembatt_IITR]

Superb sir

[@subhajitguria2871]

👌 very helpful

[@Chembatt_IITR]

Sir please make video on. Type inorganic reaction asked in csir

[@shraddhaverma4111]

#Gate_chemistry we want video on Fourier Transform Technique (on PG level)

[@marygeorge7279]

Thank you

[@madhu-tn5cx]

its great✌️

[@gaikwadswapnil6021]

Thank you sir

[@sobiakhan709]

Amazing

[@dhikshasharma8960]

Why the graph of chemical shift is on left side??????
And what actually resonance is????? U have used lot of times this term that protons are resonating...what actually it means????the energy levels are splitting is that resonance is?????????

[@aparnat4750]

Thank u sir

[@newjourneytoscience-chemis4939]

Thank you sir:)

[@itooumar8395]

sir make video on rotational spectroscopy

[@itooumar8395]

ok bro

[@shreyakhandal9163]

superrrr like :)

[@shiwangipal9061]

On serious note a bit confusing

[@akchemistry2073]

Great lecture .

[@nasrin_05]

Amazing

[@ShaggyChinoo]

Thank you sir

[@swathimick6903]

Thank you sir