sorry to be so off topic but does any of you know a way to log back into an Instagram account?? I stupidly forgot the account password. I would love any tips you can offer me
@Bishop Zion Thanks for your reply. I got to the site on google and im waiting for the hacking stuff atm. Takes quite some time so I will get back to you later when my account password hopefully is recovered.
Fermi level shifts according to the type of material. It shifts up in the case of n-type semiconductor and it shifts down in the case of p-type semiconductor,so you can't say so .
Sir are you sure that in an intrinsic semiconductor fermi level lies exactly in middle of the bandgap? From textbooks I saw that it depends on hole and electron's effective mass.
The number of electrons move from the valence to the condcution band as we excite it, and excitation is posibble if we heat the material by increasing its temparature. Corect me if I am wrong.
Sir according to Pauli exclusive principle no more than two electrons can occupy same energy state. Then how can there be that many number of states per unit energy. Could u some clear my doubt sir
If holes are also electrons, then same electron in VB goes in CB then why is it said that effective mass(e.m)of electron in conduction band is different from e.m of hole in V. B???? Can any clear my doubt
Best concise way to make command over edc, Nicely explained without tedious mathematics...
sorry to be so off topic but does any of you know a way to log back into an Instagram account??
I stupidly forgot the account password. I would love any tips you can offer me
@Cassius Juan instablaster =)
@Bishop Zion Thanks for your reply. I got to the site on google and im waiting for the hacking stuff atm.
Takes quite some time so I will get back to you later when my account password hopefully is recovered.
@Bishop Zion It did the trick and I finally got access to my account again. Im so happy!
Thank you so much you really help me out :D
@Cassius Juan No problem :)
Sir, you are great. ❤
Great explaination sir .. :)
Best course for Semiconductor Devices
Great explanation sir
Sir you are an amazing talent.
Awesome Sir ❤️❤️
so so so so so grateful to you sir, so much grateful. love you❤❤❤
hey have you made the class notes ?
Links for the notes?
Sir please see the equation of no. Of electrons. There should be( Ec-Ef)
Mindblowing
Sir pdf is not given anywhere. Not in nptel site also
Awesome
If fermi level(50% probablity of finding electrons) is near valence band means then the valence band should have more electrons ,right?
Fermi level shifts according to the type of material. It shifts up in the case of n-type semiconductor and it shifts down in the case of p-type semiconductor,so you can't say so .
We are talking about Free e-.
You have remember the f(e) vs g(s) graph .If the fe is near vb there will be more overlap to vb in fermi level when we extend the
Sir are you sure that in an intrinsic semiconductor fermi level lies exactly in middle of the bandgap? From textbooks I saw that it depends on hole and electron's effective mass.
You are right
From where I can get notes
How we know about how much electrons can move to conduction band from valence band .
Reply me as soon as possible if I am right
Ans is It's depend on temp. Or energy
The number of electrons move from the valence to the condcution band as we excite it, and excitation is posibble if we heat the material by increasing its temparature. Corect me if I am wrong.
Sir according to Pauli exclusive principle no more than two electrons can occupy same energy state. Then how can there be that many number of states per unit energy. Could u some clear my doubt sir
There is concept of degenrated orbitals
Very well explaanation😍😍
Ya..bro..😁
where the notes of this are available
If holes are also electrons, then same electron in VB goes in CB then why is it said that effective mass(e.m)of electron in conduction band is different from e.m of hole in V. B????
Can any clear my doubt
static mass and effective mass both are different. see lecture 3 & 4
because electrons effective mass is affected by the electric field but not in case of holes
bcs effective mass of electron is due to potential well of atomic lattice which have different effect on that of hole's mass
Shoddy!
how can i contact you ??
Hole=Proton
Is it correct sir
nope
@@xxxxxx-xn3nw What you're talking of are called "phonons" and holes are quasi particles, they're positively charged but they are not protons.
@@uditbhattacharya4476 Thank you for correcting me
Please if someone have notes say yes
You can find in nptel portal (transcripts)
subtitles are disturbing
You can turn it off manually. I suggest you do so then it'll be much easier.
Cheers!!