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Consider a particle in a one-dimensional rigid box of length a. Recall that a rigid box has U(x) = 00 for a < 0 and a > a, and U () = 0 for 0

Consider a particle in a one-dimensional rigid box of length a. Recall that a rigid box has U(x) = 00 for a < 0 and a > a, and U () = 0 for 0

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Consider a particle in a one-dimensional rigid box of length a. Recall that a rigid box has U (x) = 00 for x <0 and a > a, and U () = 0 for 0 <a <a. Suppose the particle is in the second excited state (two states above the ground state). (The next 2 problems below pertain to this information.) Formulas.pdf (Click here-->)
Transcribed Image Text:Consider a particle in a one-dimensional rigid box of length a. Recall that a rigid box has U (x) = 00 for x <0 and a > a, and U () = 0 for 0 <a <a. Suppose the particle is in the second excited state (two states above the ground state). (The next 2 problems below pertain to this information.) Formulas.pdf (Click here-->)
Write an expression for the probability density (x)|2 of a particle in the second excited state of a one dimensional rigid box as described above. Sketch it. Be sure to label the axes. Formulas.pdf (Click here-->) Edit Vicw Inscrt Format Tools Table 12pt v Paragraph v B I U A 2 v T? v ...
Transcribed Image Text:Write an expression for the probability density (x)|2 of a particle in the second excited state of a one dimensional rigid box as described above. Sketch it. Be sure to label the axes. Formulas.pdf (Click here-->) Edit Vicw Inscrt Format Tools Table 12pt v Paragraph v B I U A 2 v T? v ...
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