Відео

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Ur explanation and teaching style is good don't stop keep going on 👏🏻

Thank you sir very nice gide & very best explain carrier transport phenomena semiconductors teaching video.👍

Hindi me nahi padha skte

It's great 😃

Thank u❤

Thank youu so much ❤

am the first to comment after 3 years🤣

what is the energy requires moving an electron from the bottom of the conduction band to the energy level of electron at rest in vaccum outside the solid A) ionization energy b) electron affinity c) both of them

Thank you so much ❤

Thank you so much ❤

Helpful

This channel is so underrated. Your videos helped me a lot. I think you have followed the text book of Neaman. It would be better if you arrange the playlist according to the chapters. Best wishes for you. Take love ❤

ty sir

thanks alot......this really helps

sir E-EF=-.30 BECAUSE E IS BELOW THE FERMI LEVEL THEN E<EF..????

Sir, I'm so grateful to you. For my semester exams, I just followed your derivations from Chapter 4 and chapter 7 of the Neamen textbook. Thank you so much sir! 😊

How to calculate with calculator density of state 0 to 1eV (my calculator always said math error)

bs handwriting better krlo plis, thank you, your's lovingly, engineering student💀💀💀💀

Im falling asleep... Because of the way you talk!

Pura toh parhaao x=Ce^-kt lik ke chor diya uske bad ka kon par aayega. Answer me ek constant nhi hoga differ eq 2 nd order ka hai

Sir Jo quantum me h numerical Woh kara do

Where does h variable comes from the taylor expansion. Also there is a missing variable in taylor expansion (x variable)

Quite helpful thank you from pk

Excellent video, very helpful exactly what I was looking for

For the experiment where the diameter of the hole is constant but zou change the small h, so diffrent heights, and measure the amount of water collected in a certain time. How could I possibly word my research question? the small h for me is the distance from the top mark, so where the volume of water is constant to the hole. So I dont measure it from the ground. thank you

superb

Thanku sir ✨❣️

Incredible video. Cleared up so much on this subject!

Fermi energy level depends on dopant concentration, right?

Sir video ka time decrease kro na....

thanks

Used it in my publication. Great job! Source?

Could you please show how we can calculate effective mass from band structure? especially when the maximum valence band and minimum conduction band are at k=0?

I love you homie

Wow, nice explanation

Your explanation is more than my teacher in the college .. i even make some mistake when i was written but now I'm right. Thank you sir you are amazing

best explanation!

Nice!!!!

Can you provide the textbook name?

Thanks 😊

Nice video. I have a question. Does the expression for the built-in voltage change for a one-sided pn-junction? Thanks.

Would really appreciate if the the duration was shorter, for the benifit of students

Sir, ur concepts are soo clear. Pls never stop teaching

Pls never stop tecahing

Sir, ur concepts are soo clear. Big fan, sir

good video keep it up!

Nice