Fermi Energy And Fermi Level

[@dr.shailendrakolhe7680]

Excellent Sirji

[@ayeshasharif4845]

Thnkuu so much Sir great respect form Pakistan 👍👍

[@yaashu6]

Very good lecture. I have 1 questions that how did you find out g(p)dp

[@ashimdas5449]

ap ek proper science teacher hai

[@rizwansworld]

Thank you sir for this clear explanation!

[@douradorosyvaloskhafybsc6489]

Sir, You are really amazing. please make videos on Mechanics 2 and Atomic Physics, which is there in Final year of Bsc Physics. Thank you Sir.

[@aakashmathur228]

seriously the best explanation which is clearly explained

[@universaleducationpoint4605]

Thanks

[@_BickromSaha]

sir, I didn't get the g(p)dp term. plz discuss on that

[@ashugoyal2231]

Wow sir u r great Very nice explaination Please sir band thoery of solids bhi upload kro It will help us a lot Please sir its a request from Ur Students who r watching u

[@Love_India_0027]

super and fantastic sir

[@universaleducationpoint4605]

Thanks

[@ritikrajput6070]

please arranged all video in order because sir I am confused which lecture I read first or second .

[@_BickromSaha]

when E=Ef , why T=0 was not counted? that would make indeterminate form.

[@vishalrao7010]

E=Ef per average occupation no kitna ayega?

[@samnuwagaba6091]

thank you.

[@megharaj570]

Thanks 🙏

[@notconfirm4492]

Please Explain effect on temperature on fermi level as well

[@potential1595]

WoW ! Most simple and amazing explanation. Thank you sir

[@ashwinkumar4168]

sir aapne fermi dirac distribution ka link nhi diya h balki galti se isi video ka link paste kar diya h

[@Physics206]

Sir you say that below Fermi-level all energy levels are completely filled 1 electron. But we also known that the maximum number of electrons in orbital such as S orbital are completely filled by 2 electrons with opposite spin ( by pauli exclusion principle). And partially filled by 1 electron. My question is that who we can say that energy levels below fermi energy level completely filled with 1 electron . Please explain that point.

[@sanojanand8510]

Thanks for this

[@st-zk3mn]

Very good But one problem I felt U were saying continuously Fermi energy at zero degree At zero degree It is o kelvin

[@dr.soumyendubhattacharjee2065]

Thank u sir

[@rajeshkumar-jk1qb]

Easy explanation thank you sir

[@soniatehlan6502]

great job

[@yourfriendnur]

Sir, when E=EF then how (E-EF) /kT =0? because then T is also 0 so why that is not equal to 0/0. I can't understand this.please reply sir. 🙏

[@notconfirm4492]

There is confusion In both cases that is e greater than ef and e less than ef temperature were considered zero kelvin but for third case e=ef temperature is considered to be equal to zero or greater than zero Please clear this point i shall b very thankful

[@universaleducationpoint4605]

Please share channel information about the people surrounding of you.thanks

[@taleem4696]

Awesome sir

[@KhanG-nz2ue]

Fro me you are a hero. well explanation

[@notconfirm4492]

Which video should i watch first for covering density of state topic.u r uploads are so disordered sir. please keep an eye on that as well

[@bpverma8885]

Nc sir

[@sumitchangra4943]

nice sir

[@SinghAnshuman7800]

Below Ef the distribution functn was getting the no. Of electrons in each energy state then at E=Ef it is getting the position of energy level ???pls reply 🙏

[@universaleducationpoint4605]

Below the Fermi level and at the Fermi level the value of Fermi function is one and above of the Fermi level the value of Fermi function is zero.

[@SinghAnshuman7800]

@@universaleducationpoint4605 thank u sir

[@SinghAnshuman7800]

But at Fermi level it was 1/2

[@agriplusjunction1809]

Semiconder par bhi videos upload Karo sir please

[@universaleducationpoint4605]

Please share the channel information about the people surrounding of you.

[@yawarmushtaq4632]

Grt thank you sir

[@theKnowlerience]

Amazing sir.. Thanku so so so so much.. 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@universaleducationpoint4605]

Please share the channel information about the people surrounding of you.

[@Kitabinari]

Thank you sir,too good explanation 😊

[@universaleducationpoint4605]

Please share the channel information about the people surrounding of you.

[@seetaramyadav4456]

Thank you so much sir

[@naveendas4702]

Thank you sir so much

[@naveendas4702]

Aur video daliye sir please semester me kaam bahot ayega I'm M.Sc 3rd sem. Ka student hu

[@AnilSingh-wz2wu]

Fermi energy ka vedio or

[@santoshkumarsaini3865]

Nice

[@waqaredudew-drops1141]

I can't understand why did he say zero degree... It is zero K

[@universaleducationpoint4605]

Please read 0 K instead of 0 degree K. Sorry for this. Please.

[@st-zk3mn]

Absolute zero temp. Not zero degree

[@amitrao4594]

Thank u sir Hindi me

[@gigagogs]

0 k ya 0 degree

[@universaleducationpoint4605]

0K not 0degree K

[@KajalSingh-uc3kz]

Nice