Consider a particle in a infinite spherical potential well. V(r) = { 0, ra. (a) Solve the equation for the radial part of the R(r) wave function in the case where 1= 0. (b) Find the possible values of energy for this 1= 0 case.
Consider a particle in a infinite spherical potential well. V(r) = { 0, ra. (a) Solve the equation for the radial part of the R(r) wave function in the case where 1= 0. (b) Find the possible values of energy for this 1= 0 case.
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![Consider a particle in a infinite spherical potential well.
V(r) = {
0, r<a
r> a.
(a) Solve the equation for the radial part of the R(r) wave function in
the case where 1= 0.
(b) Find the possible values of energy for this 1= 0 case.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7688590b-4728-4cc6-8af1-513ef22173c4%2F98a5acbf-559e-4e14-a66d-2b3f720848ff%2Fxpjv2wl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a particle in a infinite spherical potential well.
V(r) = {
0, r<a
r> a.
(a) Solve the equation for the radial part of the R(r) wave function in
the case where 1= 0.
(b) Find the possible values of energy for this 1= 0 case.
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