3. (b) A particle is described by the wave function ={Cez/L [ce-3/L y(x) = Graph the wave function (x). x ≤0 x>0 Determine the value of the normalization constant C. (c) What is the probability that the particle described by this wave function is in the region x ≥ 1 nm? Take L = 1 nm.
3. (b) A particle is described by the wave function ={Cez/L [ce-3/L y(x) = Graph the wave function (x). x ≤0 x>0 Determine the value of the normalization constant C. (c) What is the probability that the particle described by this wave function is in the region x ≥ 1 nm? Take L = 1 nm.
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Transcribed Image Text:3.
(a)
(b)
A particle is described by the wave function
(x) =
[Cea/L
x ≤0
Се
Ce-x/L x>0
Graph the wave function (x).
Determine the value of the normalization constant C.
(c) What is the probability that the particle described by this wave function is in the
region x ≥ 1 nm? Take L = 1 nm.
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