Sir molecular polarizability in Raman effect or classical theory of Raman effect dono same h kya . Or sir agar same h to ise molecular polarizability in Raman effect wale topic me likh de kya.
Sir ,in eqn 2 & 3 you didn't take (pie)Π but in eqn 4 you took Π & then in the next section you didn't take pie🤔Why?we should take in eqn 2,3&4 or not?in our text there is Π in equations 🤔🤔i m confused ..Π can be ignored?
Sir we take π in 4 eqn but jbb hmmne put Kiya 3 eqn m to π kha gya ? ..... So plz tell me that we have to written π in 4 eqn or not ? .......... Anyone note this 🙄
there should be π associated with sin2 in equation 2 and 4 as well. then when you perform operations, in the final step π comes out as common. rest results remain the same.
Sir I am B.SC 6th sem student from Guwhati university.. In my syllabus written "electromagnetic field equation in integral and differential form" . sir,this same to Maxwell equations In integral and differential form..plz answer me.
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The best explanation ever...my cllg teacher had made mess of it during the class...but your explanation was awsum 🙏
God bless you beta
Sabka yehi hal hai
Indian colleges me ek revolutionary change ki jarurat hai
Thankyou so much sir..this types of explanations of topics i cant get from anything or anybody..thankyou so much sir😊😊god bless you..
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Sir I have no words to praise you.
Thanks for the videos
Welcome dear
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I am seeing this video during my examination and every single topi is clear.
Thanks a lot sir
Welcome dear
Nice experience and explain 😊❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤
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Best explaination ever...!!!
Thanku so much sir.. For this wonderful teaching.. Keep making these types of videos....
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Thankyou very much sir ....bhut acche se samjahte ho aap 🙏
Welcome dear
Thank you for g A lot respect from Pakistan 🇵🇰
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Excellent explanation sir.. thank you so much for your help
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God bless you
Very nice explanation sir , everything is clear now...
Thanks sir...
Welcome Sangeeta
Nice explanation sir🎉🎉
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Sir you are the best teacher ever ever ❤️❤️❤️👍
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Keep shining
Very helpful video sir thanks sir
Welcome beta
God bless you
I have no words sir to give your explanation very very nice sir
THANKS beta for your kind words
Sir one question: How can Raman Spectra of Diatomic molecules are obtained? Which lecture should be written...
Very helpful sr God bless you more strength....
May Allah protect you from evil eyes
@@pankajphysicsgulati ameeen
Sir your teaching style is outstanding
God bless you dear
You are great 👏 sir... Very helpful video thnkyu so much 😇🤩
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amazing explanation sir... thnx for ur efforts
Welcome
Very nice sir.. Your videos make physics easy and enjoyable 😊😊😇
My pleasure dear
❤❤
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Very helpful video sir thanks 😊
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May Allah fulfill all your dreams and wishes
Sir aap great ho 🔥👍
THANKS dear for your kind words
Good explanation keep it up
THANKS dear
Jab bhi exam atta hai mai sir ka channel dekhta hu
May Allah protect you from evil eyes
Thank you so much sir... It's very helpful. 😊
Welcome beta
Thank you sir 🙏
Welcome beta
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Sir Please Resolving power of Fabry perot interferometer per video bna dijiye .....
Your way of teaching is very good....
I will try dear
Thank you sir .... u made it easy😊
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Best lecture dear sir🥰🥰
Keep shining
nice expnation sir ☺️
THANKS beta
Hey do u have modern physics notes pdf can u send me
Sir..ur r best
THANKS dear for your kind words
Thanks a lot sir 🙏🙏🙏🙏🙏
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Very nyc sir🥰
THANKS Sinu for your kind words
Thank u very much sir
Welcome beta
Thank you so much sir...but the same doubt I've...what about the pie in equation 4? Please make it clear sir
Welcome
sir plz make video of electronic state of diatomic molecules
Thanks you sir...but eq 4 me 2pi tha wo next step me gyab hogiya
Welcome beta
Sorry for the mistake
Sir moj kardi🤑🤑
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Aap bahut acha padhte ho sir
God bless you beta
12:26 sir π next equation m aapne mention ni kra h..jbki equation m hmesha sin2πv hota h
Thanks sir.🙏🙏
Welcome beta
Thanks sir 😊😊
Welcome
Thank youu sir 🤝
Welcome
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Hats off sir
God bless you
Sir please Raman spectra ke video banaye
Ok beta
@@pankajphysicsgulati sir please thoda jalde bana dejiya video kyu ke 27sai exam hai😟
Sir wher is the pie
😀nice explaination sir
God bless you
Sir molecular polarizability in Raman effect or classical theory of Raman effect dono same h kya .
Or sir agar same h to ise molecular polarizability in Raman effect wale topic me likh de kya.
Not sure beta
Thanks sir
Welcome Pooja
Sir can you Please explain Franck Condon Principle.
I will try beta
Mutual exclusion principle and pure rotational raman spectra vala topic explain kr do sir..
Ok beta
Share this video with your friends
@@pankajphysicsgulati ok sir..
Sir,isme jb aapne baad me equation 4 likha to usme "pi"kahan chala gya
Sorry beta for the mistake
thank you
Welcome
God bless you
Thanku sir
Welcome Shakshi
Plzz sir nano physics ka jo jo part padhane ko bola tha last video ki comments pe uspe bhi vdo bana do....its my kind request to you sir
I will try dear
Sir ,in eqn 2 & 3 you didn't take (pie)Π but in eqn 4 you took Π & then in the next section you didn't take pie🤔Why?we should take in eqn 2,3&4 or not?in our text there is Π in equations 🤔🤔i m confused ..Π can be ignored?
Pi cannot be ignored. He made a mistake in both the electric field's equation and polarizability's equation.
This topic molecular polarisibility of raman effect I'm correct sir
Not sure dear
@@pankajphysicsgulati yahi hai sir
Sir where is the link of quantum theory of raman effect video 🙁
Beta type topic name + PANKAJ PHYSICS GULATI
You will get it
Sir please aap thoda slow padhya kro vsay aap explain bhut Accha krtay ho
sir anomalous behaviour agr pucha gya toh limitations likhni hai kya.... sir reply kr dena jldi kl exam hai isliye doubt clear krna hai
No beta nhi pucha jaayega
All the best for exam
God bless you
@@pankajphysicsgulati ok sir thank you so much
Sir last equation Mai pi rah gaya hai na
Sorry beta for the mistake
Sir please rotational Spectra ka video banana
Bna rakhi hai dear...PLZ check the playlist of atomic and MOLECULAR SPECTROSCOPY carefully
@@pankajphysicsgulati okh
Sir π went missing at 14.42
Sorry beta for the mistake
Sir alpha ki value me sin2pie rahega ki only sin2?
Sir we take π in 4 eqn but jbb hmmne put Kiya 3 eqn m to π kha gya ? ..... So plz tell me that we have to written π in 4 eqn or not ? .......... Anyone note this 🙄
Sorry beta for the mistake
@@pankajphysicsgulati sir plz tell me .... We have to take π in both 2 eqn and in 4 eqn .... Kindly explain this .....
Sir I'm waiting for this query .... Plz tell me ... I have to complete this article now 😊
E=Enotsin2paivvibt but sir you written onkyE=Enot2paivvibt
Sir, in equation 4 there is π, but you didn't mention about this π in further expression. Why sir?
there should be π associated with sin2 in equation 2 and 4 as well. then when you perform operations, in the final step π comes out as common. rest results remain the same.
Sir exam ma jadi raman effect 5 marks ka aya to usma raman effect ki intro ka sath classical or quantum theory v likhni a?
Beta agar question mein poouchi jaaye tabhi likhni hai
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sir camera aur lighting ki quality sahi kariye video thoda unclear rahta hai 360p me bhi
THANKS dear for your kind suggestions.
God bless you
DAV Centenary College, faridabad
Keep making us proud
Sir please doubt clear kijiyega
God bless you beta
Why stokes line is more intense than antistoke line?
Sir jo alpha ki value hai wo 2pi hai yaa only 2neu vibrational hai app ne derivation main both likha haiii
I will check beta
God bless you
@@pankajphysicsgulati yes sir
Sir msc ke liye enough h ye topic
Yes beta
It's more than enough
All the best
Sir aapne 4th equation me π ka use kiya h pr baad me aapne π nhi likha
Sorry beta for the mistake
Sir ab isme last me Jo result aaye h unme π ka use hoga ya nhi isme π aayega ya nhi ?
Sir eqns m π le ja na le ?
Sir,
*Pai (π)* aap bhul gaye hain kya?
Sorry beta
@@pankajphysicsgulati koi baat nhi sir.
Your video is very helpfull for me...
And thank you very much.....
Sir..Is it necessary to have permanent dipole moment to produce raman spectra in molecule??
No
Sir I am B.SC 6th sem student from Guwhati university.. In my syllabus written "electromagnetic field equation in integral and differential form" . sir,this same to Maxwell equations
In integral and differential form..plz answer me.
Yes dear its same
@@pankajphysicsgulati
Thank u so much sir for your help.
👍👍👍
Sir (4) equation me se pi kaha hai
Sir aapne pi skip kr diya
Sorry beta for the mistake
Sir plz tell us .... 😳
What dear ??
@@pankajphysicsgulati ees expression ko sir .... π sath m le ja fr na le....?
Sir my question ❓
Not sure dear
@@pankajphysicsgulati ok sir
Sir aap molecular polarizability in Raman effect pr bhi video bna dijiye
Sir result kab aayega 5th SEM ka
Coran virus ke darr ke Karan time lagega dear....
❤❤
God bless you beta
Thanks sir
Welcome dear
Thanks sir