That the wave function y = ln [ b ( x − v t ) ] is a solution to the linear wave equation in general.

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Which of the following is the correct expression for the steady-state Schrödinger wave equation? O a. 02 [112_²20² +0]r (1₂0) = U 2m ħ Ob.[, 52²2 7² +0]P (1.2) U (r,t) = 2m с. ħ OC [ 21 x ² + U] P(x1) = ) = EY (r,t) 1 2m O d. 2 ħ 2m O a. Po = EY (r,t) Ob. Po ħ2 The normalized square wave packet is defined by y(x) = осрећ O d. Po a EY (r,t) ·V+UY(r,t) = EY (r,t) + U]y (r 1 √a e in the region IS [- < x < ² ]· The expectation value of the momentum component (P)

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Chapter 16, Problem 20P

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That the wave function y=ln[b(x−vt)] is a solution to the linear wave equation in general.

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Which of the following is the correct expression for the steady-state Schrödinger wave equation? O a. 02 [112_²20² +0]r (1₂0) = U 2m ħ Ob.[, 52²2 7² +0]P (1.2) U (r,t) = 2m с. ħ OC [ 21 x ² + U] P(x1) = ) = EY (r,t) 1 2m O d. 2 ħ 2m O a. Po = EY (r,t) Ob. Po ħ2 The normalized square wave packet is defined by y(x) = осрећ O d. Po a EY (r,t) ·V+UY(r,t) = EY (r,t) + U]y (r 1 √a e in the region IS [- < x < ² ]· The expectation value of the momentum component (P)

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