bose einstein distribution law in hindi

[@tka_1999]

Hi sir i am MSc chemistry student though ur videos helped me alot ..
Easily learned 🎈the concept

[@SAURAV_08]

AWESOME bhai... parso mera exam h.. this helped a lot

[@Eduphile]

Thanks. All the best for your exams

[@btechnotesdotin]

kaisa gya exam?

[@SAURAV_08]

exam to acha tha.. results v kafi accha aaya.. pr ye qsn nai aaya tha paper me

[@btechnotesdotin]

@@SAURAV_08 ok thanks, but what you are doing now, after 5 years😄

[@SAURAV_08]

@@btechnotesdotin as u can see the pic.. upsc preparation from delhi

[@mohitgiri729]

Thanku very much sir
Boht helpful h aapki vdeo

[@Eduphile]

Most Welcome. Keep Growing

[@amitkrgope5764]

thanks as tomorrow is my final.sem.bsc exam

[@Eduphile]

All the best for your exams . Check our other videos also.

[@nazreenparween5272]

Aapka video bht achchha rehta h

[@Eduphile]

Thanks. Keep Growing

[@soniyadav2594]

Thank u sir and my useful video

[@Eduphile]

Most Welcome. Keep Growing

[@KishoreKumar-rt1eo]

Tumhari esi videos dekh ke mein haq se keh skta hoon ki India peeche kyu hai

[@btechnotesdotin]

kyu h?

[@somanathdash3153]

Thank you sir

[@munzeramirza7420]

Sir aap ka bhot bhot shukriya

[@PriyaSingh-ue4ix]

Nice explanation 👌

[@prasadsavant4757]

Thanks Sir u made this topic easy

[@Eduphile]

Most Welcome. Keep Growing

[@chin2344]

This helped a lot kl mera exam hai

[@Eduphile]

Most Welcome. All the best for your exam

[@btechnotesdotin]

kaisa gaya exam?

[@sulekhalohchab5706]

Nyc sir its really hlpful please keep upload videos

[@Eduphile]

Thanks. Keep Growing

[@Chandu-ps1gd]

Nice explanation sir... Tq ❤️

[@Eduphile]

Most Welcome. Keep Growing

[@poojapal941]

very nice
and thank u sir

[@Eduphile]

Most Welcome. Keep Growing

[@tauseefnaz5317]

Zbrdsttt.... Carry on bro 👍

[@Eduphile]

Thanks. Keep Growing

[@Bluepi-Tech]

Thank sir keep it up

[@Eduphile]

Most Welcome. Keep Growing

[@siddharthadubey2108]

Sir. Thnk u very much

[@Eduphile]

Most Welcome. Keep Growing

[@rajeeblochanojha7920]

Is the Bose Einstein distribution law and Bose Einstein distribution function is same ???

[@ambika5871]

Great explained ☺️☺️

[@Eduphile]

Thanks. Keep Growing

[@farhanashah7432]

Bhai kaise padha rahe ho??? Thodasa aur zyada explain Karo

[@physicspedia]

Mujhe to lagta hain itni hi kafi hain, basic understanding built karne kelye, thoda bohot to khud ko vi mahent kara padega na...

[@nishant8006]

​@@physicspediayess bruh....

[@sayanmaji2845]

Thank you so much sir

[@Eduphile]

Most Welcome. Keep Growing

[@studywithlokendrakumar6626]

maxwell boltzmann speed wise distribution law ka ek video bna do sir

[@Eduphile]

I shall try

[@maujmasti7141]

Thank you

[@viralsstatus010]

🎉🎉🎉

[@KajalSingh-nr3kd]

Thank you so much sir 🙏

[@nazreenparween5272]

Sir plz iska video bna dijye what is gibb's paradox?how this paradox is solved? Discuss it by driving necessary equation hence obtain sucker tetrode equation for it. Pr video bna dijiye

[@Eduphile]

I shall try

[@chin2344]

Koi mbpg ka chatr ise dekh ra ho to like krie

[@atkejhatkenews4296]

Great sir

[@Eduphile]

Thanks. Keep Growing

[@ausnainali7734]

Good job

[@sanjeet7681]

Sir 31st august ko mera exam hi Mera sem 6 ka
Kafi help mila aapke chanel se
But theory kafi kam hi aapke video me
Isse marks to nhi katenge na

[@Eduphile]

Àap theory k liye first part check kariye "Bose Einstein Statistics"

[@sanjeet7681]

@@Eduphile sir ye question hamre university me 15 marks Ka hota hi
Agr ye vdo ka poora ans likhenge to marks milenge ??

[@Eduphile]

Ji Haan , aap ye video bhi Dekh lijiye aur isko aapko likhna h theory ma phir derivation karna h
th-cam.com/video/zRj6lt3W-GM/w-d-xo.html

[@sanjeet7681]

Ok sir

[@sanjeet7681]

Sir ek help or kr dijiye
.
Reflections and refraction of EM waves at a plane boundary of dielectric
Iska notes chahiye
Ya fir vdo hoga to link bhej dijiye pls 🙏

[@taimoor69]

Differentiation bilkul nhi samaj aye.......kesy huwa

[@rasnapatel5436]

Thankyou sir please esse deduce plancks radiation law pe video bna dijia

[@Eduphile]

Most Welcome. I shall try

[@vandanarajput4367]

Thankyou sir 🙏

[@Kriss7580]

Thank you sir.

[@Eduphile]

Most Welcome. Keep Growing

[@witchalder728]

thank you sir ♥️

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@rex007yt2]

Sir I have a doubt about question..

[@Eduphile]

Which Question

[@rex007yt2]

You know what i was preparing for BSC2nd year exams but tomorrow Hpgovt. Promote us..😂😂 Now nondoubt

[@sanjeet7681]

4:13 me differentiate ho rha hi
But isme g wala function ka differentiate kaise ho gya
??

[@musicdunia858]

G is constant

[@musicdunia858]

5:02 therefore wala part me Delta ni kaha chla gya

[@abhishekbalmiki2747]

Sir "is that clear" thora kam bola kriye apse meri vinti he yeh 🙏🙏🙏

[@siddhaashramdarshan9959]

Bhaii plz Maxwell distribution law of velocities pe vdo banaoo na

[@Eduphile]

I shall try

[@KISMAT969]

How 1 can be neglected here ?? As there factorial is taken.

[@atkejhatkenews4296]

Sir aapne euipartition of energy pr video nhi banayi h statistic mechanics ke sec me 🙄

[@Eduphile]

I shall try

[@mdiqubalansari16]

Nice explanation but. Ek chiz samjh ny aaya achha se..isme jo probability (denoted by 'w' in video)(i think permutation ) ko kaise use kiye smjh ny aaya plz btaye

[@Eduphile]

Its very simple. Wo arrangement ko Combination se solve karenge phir according to equal a priori probability, total no. of eigen states G k proportional hota h probability W.i.e. G proportional W. Jab aap proportional hataenge toh ek constant aaega aur ye ho jaega W= G ×constant. Phir isme hum G k value rakh denge ( W= G × constant) .
Agar phir bhi koi doubt ho then please ask

[@Eduphile]

Aap Fermi Dirac Distribution law wala video bhi dekh sakte h usme humne explain kiya h

[@mdiqubalansari16]

@@Eduphile thnku sir

[@Eduphile]

Welcome

[@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.

[@rajeshkr45]

Plz can u explain distribution probability W [how to get W)

[@Eduphile]

Rajesh hi Bose Einstein pe 3-4 videos available h aap serial wise check kare

[@nazreenparween5272]

Jaisa mera question h waisa hi video banayyega

[@Eduphile]

I shall try

[@nazreenparween5272]

Kb tk bna denge video

[@Eduphile]

Gibbs paradox pe video 2-3 din k andar aaega

[@NarutoUzumaki-fs9dh]

Note banana bahot muskil he
Screenshot lene mein b pen ajata he bich me.
25-30 Screenshot lena pad rha he

[@factsandgaming8869]

Sir pls tell me why we take gi-1 why not we take gi cells

[@Eduphile]

Kyunki yaha pe repetition allow nahi h. Jaise ek baar jisme fill ho gaya usme dobara nhi fill hoga.
isliye yaha pe r-1! Ka use karte h.

[@Amit_Swami]

Trending

[@tarsem09742]

Why you didn't used natural log

[@harsh2149]

Bhaiya yha differentiate kiske respect m Kiya ja rha h or gi wala term kha gya

[@studyadda3513]

❤️❤️❤️❤️

[@Eduphile]

Thanks. Keep Growing

[@rajitaburiya4155]

Tq sir

[@ItsMark-lb5uc]

i did not understand at 4:38 ,

[@DKnownStranger]

Bhai ye "is that clear" ki aadat ho gayi hai kya?

[@Eduphile]

Ab nahi bolta, aap humari recent videos check kare

[@ifrazali3052]

Is that clear kehna chorhdo

[@aashnagupta8357]

Sir explain bhi krna pdta h , bs read krna to hme bhi aata h , book se hi kr lenge

[@Eduphile]

Iska theory part already first video ma bataya Gaya h , Thanks for your feedback

[@vishrutmahi6593]

and idea why we subtract one .I just can't understand thaT

[@Eduphile]

It's just a rule of permutation and combination

[@arjunsolanki261]

what is -- "IS THAT CLEAR "
kitni baar bologa same phrase

[@Eduphile]

Sorry for your inconvenience, next time will take care of

[@OPJAGGUGamer]

Is that clear 😂😂

[@shahparth3561]

is that clear?????😅😅😅🤣

[@Factzboy005]

Samjha Bhi Do Bs Repeat Ho Kar Rhe Ho