Q3:A) The energy levels in this form E-" h 2m L represents the nature of i) conductor ii) semiconductor iii) insulator. B) In finite potential barrier , how far a particle penetrate in to the barrier? What is the effect of i) mass ii) energy, of the particle on penetration distance.
Q3:A) The energy levels in this form E-" h 2m L represents the nature of i) conductor ii) semiconductor iii) insulator. B) In finite potential barrier , how far a particle penetrate in to the barrier? What is the effect of i) mass ii) energy, of the particle on penetration distance.
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![Q3:A) The energy levels in this form E=
2 m L
represents the nature of i) conductor
ii) semiconductor iii) insulator.
B) In finite potential barrier, how far a particle penetrate in to the barrier? What is the effect of i) mass
ii) energy, of the particle on penetration distance.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b26c03e-146f-4989-9f80-86db1d74455b%2Febe54d20-c1ae-4f71-8030-4d61afebb426%2F4dfw4kpu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q3:A) The energy levels in this form E=
2 m L
represents the nature of i) conductor
ii) semiconductor iii) insulator.
B) In finite potential barrier, how far a particle penetrate in to the barrier? What is the effect of i) mass
ii) energy, of the particle on penetration distance.
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