2. In a region0 w, the wave function is y3(x) = 0. A. Applying the boundary conditions at xx = a, find a and b in the form c and d. b. Find the expression w in the form a and b.

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2. In a region0 <x< a, the state of a particle is expressed by the wave
function , =
-b(x? - a?). In the region a < x <w, the wave
function is 2 =
(x – d)? – c. Furthermore, for x > w, the wave
function is y3(x) = 0.
A. Applying the boundary conditions at xx = a, find a and b in the
form c and d.
b. Find the expression w in the form a and b.
Transcribed Image Text:2. In a region0 <x< a, the state of a particle is expressed by the wave function , = -b(x? - a?). In the region a < x <w, the wave function is 2 = (x – d)? – c. Furthermore, for x > w, the wave function is y3(x) = 0. A. Applying the boundary conditions at xx = a, find a and b in the form c and d. b. Find the expression w in the form a and b.
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