Q4: Using separation of variables method, solve Schrodinger Eq. to find o as a function of time t. Q5: A particle is known to be in the ground state of an infinite square well with length L. Calculate the probability that this particle will be found in the middle half of the well, that is, between x=L/4 and x=3L/4.
Q4: Using separation of variables method, solve Schrodinger Eq. to find o as a function of time t. Q5: A particle is known to be in the ground state of an infinite square well with length L. Calculate the probability that this particle will be found in the middle half of the well, that is, between x=L/4 and x=3L/4.
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I need solution question 4 and 5
Transcribed Image Text:Q4:
Using separation of variables method, solve Schrodinger Eq. to find o as a function
of time t.
Q5:
A particle is known to be in the ground state of an infinite square well with length
L. Calculate the probability that this particle will be found in the middle half of the
well, that is, between x=L/4 and x-3L/4.
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