Question: Although the overall phase constant of the wave function is of no physical significance (it cancels out whenever you calculate a measurable quantity), the relative
Although the overall phase constant of the wave function is of no physical significance (it cancels out whenever you calculate a measurable quantity), the relative phase of the coefficients in Equation 2.17 does matter. For example, suppose we change the relative phase of and in Problem 2.5:
![(x, 0) = A [v (x) + c2 (x)],](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1673/3/3/2/04963bd05519a2af1673332049818.jpg)
Equation 2.17

where ϕ is some constant. Find Ψ (x,t) and |Ψ (x,t)|2, and , and compare your results with what you got before. Study the special cases ϕ = π/2 and ϕ = π. (For a graphical exploration of this problem see the applet in footnote 9 of this chapter.)
(x, 0) = A [v (x) + c2 (x)],
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