Question: Consider the wavefunction V(x, t) = Aexp[-X x]exp[-iwt], where A, A, and w are positive real constants. (a) Normalize V(x, t). (b) Determine the expectation
![Consider the wavefunction V(x, t) = Aexp[-X x]exp[-iwt], where A, A,](https://s3.amazonaws.com/si.experts.images/answers/2024/06/667e4d5bb861d_371667e4d5ba7c1a.jpg)

Consider the wavefunction V(x, t) = Aexp[-X x]exp[-iwt], where A, A, and w are positive real constants. (a) Normalize V(x, t). (b) Determine the expectation values of r and a?. (c) Find the standard deviation o of r. Plot the graph of |V(r, t) - as a function of r using A = 1 and mark the points ((x) +o) and ((x) - o) as the spread of a. Use Python with NumPy and Matplotlib for this. (d) What is the probability that the particle can be found outside of the region between ((x) - o) and ((x) + 0)
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