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Q.4. Imagine that a particle is coming from left with finite energy E and encountered a potential V(x) = Vo (> E) at origin for x20 (as shown below in the figure). Prove that if Vo goes to infinity then wave function goes to zero in the region x20.

Q.4. Imagine that a particle is coming from left with finite energy E and encountered a potential V(x) = Vo (> E) at origin for x20 (as shown below in the figure). Prove that if Vo goes to infinity then wave function goes to zero in the region x20.

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Q.4. Imagine that a particle is coming from left with finite energy E and encountered a potential V(x) = Vo (> E) at origin for x20 (as shown below in the figure). Prove that if Vo goes to infinity then wave function goes to zero in the region x 20. IF Vo X-0
Transcribed Image Text:Q.4. Imagine that a particle is coming from left with finite energy E and encountered a potential V(x) = Vo (> E) at origin for x20 (as shown below in the figure). Prove that if Vo goes to infinity then wave function goes to zero in the region x 20. IF Vo X-0
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