Q1:- A particle of mass m is confined in a steady state of a 1-dimensional potential V (x). Its wavefunction is (x) = Axe-bx² positive constant. (a) Find the functional form of the potential energy V (x) and the total energy relative to the minimum of V (x). where A is a normalization constant and b is some %3D
Q1:- A particle of mass m is confined in a steady state of a 1-dimensional potential V (x). Its wavefunction is (x) = Axe-bx² positive constant. (a) Find the functional form of the potential energy V (x) and the total energy relative to the minimum of V (x). where A is a normalization constant and b is some %3D
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![Q1:- A particle of mass m is confined in a steady state of a 1-dimensional potential V (x). Its
wavefunction is (x) = Axe-bx?
positive constant. (a) Find the functional form of the potential energy V (x) and the total
energy relative to the minimum of V (x).
where A is a normalization constant and b is some
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5dd332eb-7472-4da1-a74a-0b39f3ffa007%2F04312e7d-066e-44a4-92fe-30c5b9b36bb6%2Fcuu3nm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1:- A particle of mass m is confined in a steady state of a 1-dimensional potential V (x). Its
wavefunction is (x) = Axe-bx?
positive constant. (a) Find the functional form of the potential energy V (x) and the total
energy relative to the minimum of V (x).
where A is a normalization constant and b is some
%3D
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