TRANSALTIONAL INTERNAL ENERGY AND ENTROPY, THE SACKUR TETRODE EQUATION

[@Krypton92546]

I searched Sackur-Tetrode derivation everywhere but couldn't find simple method which i would understand but after looking this video I am really blessed 😇 because now I can understand it THANK YOU VERY VERY DEAR Sir!!!!!!! 💕....I am really grateful to you for this great video...

[@ayshafariatwinkle8717]

You are the great ❤❤❤.

[@ayshafariatwinkle8717]

Respect From Bangladesh ❤❤❤.

[@mohammedumer2461]

Excellent explanation Thank you very much sir

[@ayshafariatwinkle8717]

Thanks Sir ❤❤❤.

[@mdraselmiah3403]

Thank you (sir) so much for solving this equation easily....now i have understand sackur tetrode equation completely..

[@binaykumar139]

Thank you sir your videos helped a lot.

[@charlesnnaemka1256]

Nice.. Thank you so much..

[@srinu209world4]

Super explanation sir

[@mohanram7971]

Sir Ur explanation is very use ful for me. please explain Quantum mechanics in chemistry

[@Dr.kcMishra]

Nicely explained, but please cover the topic Gibb's paradox also.

[@nazreenparween5272]

What is gibbs paradox ?how this paradox is solved ?discuss it by deriving necessary equation hence obtain sucker tetrode equation for it.sir plz ispr video bna dijye plz sir

[@clintoraj9376]

Thank you sir

[@LaudvekkysGrooveLab]

So I realize these derivations are only valid for a monoatomic gas with electronic spacing so large that only the groundstate is important. However, for a monoatomic gas in which both groundstate and first excited states are important, we must use q(electronic)= g(elect,1)+g(elect,2)exp(-E(elect,2)/KT.. Can you derive the thermodynamic relations for this case please?

[@Smoothcurveup52]

Thanks

[@Bhavya_1509]

Please make a video on Einstein theory of heat capacity and Debye theory of heat capacities

[@sanjaymishra6408]

Sir please make a video for calculation of kc for any reaction when Delta H and moment of inertia are given

[@chemistyfacts]

In sackur tetrode eqn. Why didn't u used standard temp. Of 298 k

[@skshabana2809]

Sir ur explanation really good...it helped me a lot...but in the equation its h 3 not h2...

[@advancedchemistr]

It is fine as i have taken h in bracket with other terms so earlier it was h3 and in bracket it is h2 to the power 3/2 so 2 will be canceled and it will remain h3 only.

[@Manpreetkaur-ff1vd]

How's the translation entropy depends on the temperature... a)3/2logT b)5/2logT c)logT d)independent. Sir, please reply...😶😶

[@advancedchemistr]

B 5/2 log T

[@Manpreetkaur-ff1vd]

Advanced Chemistry i was thinking the same but somewhere i read ''logT'' that's why i got confusion.