The composite wave function for a system consisting of two Bosons is given as y(r, ,r,) = A[w,(r, )w;(r,)+w¿(r, )w,(r,)] %3D If y, and y, are orthogonal, and both normalized, what is the constant A
The composite wave function for a system consisting of two Bosons is given as y(r, ,r,) = A[w,(r, )w;(r,)+w¿(r, )w,(r,)] %3D If y, and y, are orthogonal, and both normalized, what is the constant A
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![The composite wave function for a system consisting of two Bosons is given as
y(r,r;) = A[w,(r, )W, (r,) + w,(r; )w.(r,)]
If y, and w, are orthogonal, and both normalized, what is the constant A](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F363791f1-a9b7-48ea-9b8d-1ed21817c59f%2F8b87a60b-c6bf-487c-a5ed-b254860e5ec7%2Fpsijc2e_processed.png&w=3840&q=75)
Transcribed Image Text:The composite wave function for a system consisting of two Bosons is given as
y(r,r;) = A[w,(r, )W, (r,) + w,(r; )w.(r,)]
If y, and w, are orthogonal, and both normalized, what is the constant A
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