NMR spectroscopy in easy way - Part 2 || How it works?

Learn easily how NMR spectroscopy works and what is the larmor frequency and how it is related with magnetic field strength. Nuclei with spin quantum number I as 1/2 can give the NMR signal and in presence of externally applied magnetic field they can show types of orientations. One is parallel to applied filed and another one is opposite to it. Nuclei can undergo transition from one state to another state by supplying radiowaves matching with frequency gap between these two states. This frequency is known as resonating or Larmor frequency.
In the part-1 of this video, principle of NMR spectroscopy was discussed in detail. you can watch here. • NMR spectroscopy in ea...
Here we will see the effect of electronegativity on chemical shift of nuclei under study.
Part -2 : How NMR works : • NMR spectroscopy in ea...
Part-3 : NMR spectral interpretation and rules: • NMR spectroscopy in ea...
Part-4 : NMR spectral table: • NMR spectroscopy in ea...
Part-5 : Magnetic anisotropy: • NMR spectroscopy in ea...
Part-6: Solvents in NMR : • NMR spectroscopy in ea...
Part-7: 1H vs 13C NMR : • NMR spectroscopy in ea...
Part-8: Number of NMR signals: • NMR spectroscopy in ea...
Part-9: Magnetic equivalence: • NMR spectroscopy in ea...
Part-10: NMR signals in cyclic compounds: • NMR spectroscopy in ea...
#NMR
#Larmorfrequency
#ShieldingEffect

[@saiteja6742]

A day without ur lecture is not day for me....tq sir

[@sanjivaniudasi2792]

Sir tomorrow my exam of finals are there...u made concept much easy..thanku sirr

[@egpat]

Glad it is useful. I wish you all the best for your final exams.

[@gr8banter327]

Incredible Work

[@RSivaSanjayChannel]

thanks a million for this videos sirrrrrrrr
helped me a lot

[@hassanhijazi4757]

00:01:11, by what forces is the orientation dictated to have Alpha and Beta?

[@ritu5602]

Nice explain sir👍

[@parveenpaaru143]

Sir can you please make a video on topic of chemical shifts effects influence,as soon as possible sir

[@ankitaaggarwal5669]

At 0.40 , sir u said nucleus state parallel with the applied field have less energy..but in case of parallel , magnetic field vectors add up and inc the energy due to repulsion bcz same poles facing each other?? Isn't it so?? Plz reply m much cnfused ..

[@biplabchatterjee2185]

Sir please let me know 2 O^ 17 is shown by NMR ACTIVE ONLY OR RAMAN ACTIVE ALSO...I will be thankful to you for your kind information

[@rajapugalenthi8580]

Very good sir

[@dwtrowe]

Thank you for this sir

[@gr8banter327]

shut up

[@chemistryabcxyz2763]

The part 4 of this video is not available? nmr spectroscopy in easy way part 4 egpat. I can't find it please

[@rkvihari7773]

Very nice sir
Please make on sterio chemistry

[@egpat]

ruclips.net/p/PL4xEvkG4GFD-lkc2JotO8nNRj5ULjwWbk

[@afzaaltutorial-point2432]

Sir plz recommend pdf plz for it

[@RJ-jp2ob]

this is what i wanted 😭. tyyy sir
.. subscribed 😁👍

[@sonamariammathew5771]

👍👍

[@praveenkumar-jd1zl]

In video 4.38 min I have doubt +1/2 is you stated ground state, but i refer in book it mentions -1/2 is groud state pls replay sir which is correct

[@egpat]

+1/2 is considered as ground state as the spin of the nucleus is oriented along with external magnetic field applied. That's why it is positive. Similarly excited state as -1/2 as it opposite to applied field. This is generally followed convention. Here the signs are just to indicate the orientation of the nucleus nothing to do with values.

[@praveenkumar-jd1zl]

@@egpat thank you for clarifying my doubt sir

[@hiranoor2538]

@@praveenkumar-jd1zl bn

[@dr.harleenkaur6932]

vvv nice

[@lakshmip5372]

Is it trimethylsilane or tetramethylsilane

[@gomathy3831]

Tetramethyl silane