The figure below shows the square of the wavefunction of a particle confined in a one-dimensional region of space. |Y(x)|² Lam X -A 0 a Which of the following is the most likely form of the potential well in which the particle is confined? infinite square well: U < En when -a < x < a and U = ∞ else here finite square well: U < En when -a < x < a and U > E, elsewhere harmonic potential: U = kx²
The figure below shows the square of the wavefunction of a particle confined in a one-dimensional region of space. |Y(x)|² Lam X -A 0 a Which of the following is the most likely form of the potential well in which the particle is confined? infinite square well: U < En when -a < x < a and U = ∞ else here finite square well: U < En when -a < x < a and U > E, elsewhere harmonic potential: U = kx²
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Transcribed Image Text:The figure below shows the square of the wavefunction of a particle confined in a one-dimensional region of space.
|Y(x)|²
Lams
-a
0
a
Which of the following is the most likely form of the potential well in which the particle is confined?
infinite square well: U < En when -a < x < a and U = ∞ else here
finite square well: U < En when -a < x < a and U > E, elsewhere
harmonic potential: U
kx²
=
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