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Great lecture. Very clear to understand from fundamental.
Yeah Sir very specific but one question always quenching my mind about applide voltage/current
Fantastic explanation Professor!! Thank you!!!
Excellent analogy to explain Quantization in potential well
you are simply awesome... thanks.
Congratulations Professor. Very nice class!!!
Absolutely awesome
Outclass lecture
what constitutes a potential well in atoms ? and how to calculate the width of a potential well ?
soon fatt Chin follow quantum mechanics by H.C.Verma
fermi energy is define at 0 k.but u r showing here for non zero temperature.how?at 0 k, there will not be any free e lectron .
The situation he is explaining is at 0 K.The nearly free electrons are filled up to fermi energy. Point to keep in mind is that at 0 K these nearly free electron are also freezed.
Proff.repeating one line again and again.. #**#
Great lecture. Very clear to understand from fundamental.
Yeah Sir very specific but one question always quenching my mind about applide voltage/current
Fantastic explanation Professor!! Thank you!!!
Excellent analogy to explain Quantization in potential well
you are simply awesome... thanks.
Congratulations Professor. Very nice class!!!
Absolutely awesome
Outclass lecture
what constitutes a potential well in atoms ? and how to calculate the width of a potential well ?
soon fatt Chin follow quantum mechanics by H.C.Verma
fermi energy is define at 0 k.but u r showing here for non zero temperature.how?
at 0 k, there will not be any free e lectron .
The situation he is explaining is at 0 K.
The nearly free electrons are filled up to fermi energy. Point to keep in mind is that at 0 K these nearly free electron are also freezed.
Proff.repeating one line again and again.. #**#