A particle of mass m is subjected to the spherically symmetric attractive square well potential defined by 2. 0 a Find the minimum depth of the potential well needed to have (i) (ii) One bound state of zero angular momentum and Two bound states of zero angular momentum.

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Question 2: Quantum Mechanics
A particle of mass m is subjected to the spherically symmetric attractive square well potential
defined by
2.
0 <r<a
V(r) = {-V
r > a
Find the minimum depth of the potential well needed to have
(i)
(ii)
One bound state of zero angular momentum and
Two bound states of zero angular momentum.
Transcribed Image Text:A particle of mass m is subjected to the spherically symmetric attractive square well potential defined by 2. 0 <r<a V(r) = {-V r > a Find the minimum depth of the potential well needed to have (i) (ii) One bound state of zero angular momentum and Two bound states of zero angular momentum.
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