The electron moves in an infinitely deep. potential well with a width of l=0.15 nm. a) Calculate the minimum (i.e. ground state) speed of the electron. V₁=? b) Calculate the reaction force that the electron causes when it moves back and forth and collides with the other wall of the well adiabatically (thermally insulated). F=? c) Calculate the frequency of the electron's back and forth motion. f=?
The electron moves in an infinitely deep. potential well with a width of l=0.15 nm. a) Calculate the minimum (i.e. ground state) speed of the electron. V₁=? b) Calculate the reaction force that the electron causes when it moves back and forth and collides with the other wall of the well adiabatically (thermally insulated). F=? c) Calculate the frequency of the electron's back and forth motion. f=?
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![The electron moves in an infinitely deep.
potential well with a width of l=0.15 nm.
a) Calculate the minimum (i.e. ground state)
speed of the electron.
V₁=?
b) Calculate the reaction force that the
electron causes when it moves back and
forth and collides with the other wall of the
well adiabatically (thermally insulated).
F=?
c) Calculate the frequency of the electron's
back and forth motion.
f=?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6e9a43e2-3c27-4b41-b50c-aabeb987f1ff%2Ff09e8984-4334-48b0-95d7-80fa0487fb74%2F9ws87y_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The electron moves in an infinitely deep.
potential well with a width of l=0.15 nm.
a) Calculate the minimum (i.e. ground state)
speed of the electron.
V₁=?
b) Calculate the reaction force that the
electron causes when it moves back and
forth and collides with the other wall of the
well adiabatically (thermally insulated).
F=?
c) Calculate the frequency of the electron's
back and forth motion.
f=?
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