BOSE EINSTEIN STATISTICS

[@sadgeebhawsar278]

Verrryyy verrryyyyyy Thank you for your effortless video. ..genuinely grateful.. bhagwan aapka bhot bhala kre

[@abithilagam1391]

Sir,your explanation is very well. I have one doubt Differentiation of lnw=0 Can u explain once more sir?

[@bsravani7298]

Osmm explanation sir 😄🥳

[@JokerJax]

Very nicely explained. Helped a lot 😊

[@tanviryen6331]

thank u so much sir . i am from Bangladesh

[@chuttibrijesh7317]

Can u upload the video on entropy of bose einstein and fermi dirac gas

[@thephysicsian6189]

You are tremendous.... Explained the facts sharply... 😊

[@Chandula100]

Excellent collection of videos, which are brief and to the point. But i suppose if u say w to be the total number of microstates it would be better.

[@prakhargahlot9373]

Awesome. Thank you so much.

[@soumyamuttagi]

Thank you so much sir for existing

[@varupulasuryakiran2003]

Brilliant,,

[@hueyandmo]

I think I get it now... so we set the derivative to zero because we're trying to find the most probable state which means we have to find a maximum, right? The state with the max possible configurations? How do we know it's not a minimum?

[@ashiqueroushan6317]

Sir please give a lecture on planck's law of black body radiation

[@clintoraj9376]

Thank you Sir.. It was a very useful explanation

[@karthikak3491]

Sir, I have a humble request.......... Plz give a lecture on bose einstein condensation and it's applications to helium and electrons in metals....... Don't ignore it sir... ..... Plz

[@nehasahu4901]

Thank you sir...its simply fantastic explanation..

[@s.craftygirl]

Great

[@melbin1096]

Thank you very much sir.Its so clear and meaningful topic.

[@nishamoorthy1100]

Can u make a video for Bose Einstein condensation

[@scitech7390]

niceeeeeeeeeeee.............................

[@shubhamkute]

sir we have topic of derivation of plancks law which uses the above formula.will u please explain it.

[@shubhadathorat9140]

Outstanding sir

[@fondnesspr5095]

Nicely explained

[@advancedchemistr]

Thank you very much

[@chidiejike4148]

Good day please what is the meaning of ln over there? AND the "pie"?

[@nabihahasan240]

thank u thank u thank u thank u thank u !!!!

[@sumansarkar8017]

Why eqn 1 is subtracted for bose einstein whereas it was added in maxwell??

[@nadiyayasmeen3928]

Addition or subtraction is arbitrary. It ultimately depends on values of alpha and beta

[@ankitagoyal6913]

Sir theory part I m not getting

[@hafzathbeevika5855]

Thanks a lot sir

[@SaagaaVanam]

Give any short cut to remember these formula

[@amalendupramanick3460]

thx for the class

[@advancedchemistr]

Thank you

[@tejadongari73]

Voice is not 🚫 clear sir

[@anshulpandey3633]

Very thanku sir

[@vikashkumarsahu6484]

ye phy ki channel h ya chem ki???

[@advancedchemistr]

Chemistry channel

[@vikashkumarsahu6484]

@@advancedchemistr means iske derivation ko phy m use nhi kiya j skta??

[@advancedchemistr]

@@vikashkumarsahu6484 yes sure kiya ja sakta hi hai concept will be same in both phy and chem.

[@abdulhannansheikh5112]

Sir,Mass emperical formula ka lecture upload karo

[@kajaksingh8979]

thank you sir

[@岡安一壽-g2y]

Another method (n1,n2,･･･nk):distribution probability P(n1,n2,･･･,nk)=(N!/Πni!)Πgi(gi+1)･･･(gi+ni-1)Πexp(- α- βεi)^ni=(N!/Πni!)Πgi(gi+1)･･･(gi+ni-1) exp(- αN- βE) In equilibrium, P(･･･,ni+1,･･･)/P(･･･,ni,･･･)≒1 Therefore, P(･･･,ni+1,･･･)/P(･･･,ni,･･･)=(N+1)(gi+ni)exp(- α- βεi)/(ni+1)≒1 N+1≒N, ni+1≒ni →　N(gi+ni)exp(- α- βεi)/ni≒1 ∴　ni/gi≒1/{(1/N)exp(α+βεi)-1}=1/{(Z/N)exp(βεi)-1} 　　 Z=Σgi/{exp(βεi)-1} For photons, N=Z.

[@scitech7390]

thank u

[@vipulchandel9821]

You gotta make it more interesting. It feels like you are reading and speaking .

[@advancedchemistr]

Yes I also feel the same thing thank you very much

[@rishiktripathi]

Sir aap hindi m bolenge to jyada achha hoga

[@kanwerlalmeena5285]

sir ape marvadi me bolge too jada acha rahega

[@MalikAli-ct2nd]

agar urdu me explain krty to zyada acha kr skty thy.. dont know why did you select this language.

[@carloscovarrubias334]

Why you guys speak a horrible English. I don’t understand a pi.

[@nellvincervantes6233]

Pi function means product just like sigma as summation

[@chuttibrijesh7317]

Nice explanation

[@paalbutti5426]

Thank you sir