Consider a particle of mass m moving in the following potential V(x)= v1 for x<0 V(x)= 0 for 0S xsa V(x)= v2_for a< x< a V(x)= 00 for x< 2a Sketch the potential showin the regions v1>v2. What is the grown state energy? And the normalized ground sate funcion
Consider a particle of mass m moving in the following potential V(x)= v1 for x<0 V(x)= 0 for 0S xsa V(x)= v2_for a< x< a V(x)= 00 for x< 2a Sketch the potential showin the regions v1>v2. What is the grown state energy? And the normalized ground sate funcion
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![Consider a particle of mass m moving in the following potential
V(x)= V1 for x<0
V(x)= 0 for 0S x<a
V(x)= v2 for a<x<a
V(x)= 00 for x< 2a
Sketch the potential showin the regions v1>v2.
What is the grown state energy? And the normalized ground sate funcion](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4b78400a-3ab4-4d9e-9bd2-14e44f7b0ad7%2Ff3e85c7f-0959-4d3d-a164-e34b4c0c8f10%2F2oa2woi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a particle of mass m moving in the following potential
V(x)= V1 for x<0
V(x)= 0 for 0S x<a
V(x)= v2 for a<x<a
V(x)= 00 for x< 2a
Sketch the potential showin the regions v1>v2.
What is the grown state energy? And the normalized ground sate funcion
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