Electron is confined in a 1D infinite potential well: U(x) = 0 at -a < x < a and U(r) = x at Ja> a. Using TIPT, calculate how the energy of the ground state is changed by a weak disturbance V = -Fr caused by a uniform electric field F.
Electron is confined in a 1D infinite potential well: U(x) = 0 at -a < x < a and U(r) = x at Ja> a. Using TIPT, calculate how the energy of the ground state is changed by a weak disturbance V = -Fr caused by a uniform electric field F.
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![Electron is confined in a 1D infinite potential well: U(x) = 0
at -a < x < a and U(x) = x at |r| > a. Using TIPT, calculate how
the energy of the ground state is changed by a weak disturbance V = -Fr
caused by a uniform electric field F.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F85e4b871-9d1c-4ae2-b799-fb57954f3d49%2Fd5ee9e67-cf88-4439-a4d3-527fe1d00274%2Fzguhbt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Electron is confined in a 1D infinite potential well: U(x) = 0
at -a < x < a and U(x) = x at |r| > a. Using TIPT, calculate how
the energy of the ground state is changed by a weak disturbance V = -Fr
caused by a uniform electric field F.
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