A particle of mass m is located between two concentric impenetrable spheres of radius r = a and r = b (in other words, V (r ≤ a) = ∞ and V (r ≥ b) = ∞, and V = 0 otherwise). Find the ground state energy and the (normalized) ground state wavefunction. You can safely assume that the ground state solution has l = 0.
A particle of mass m is located between two concentric impenetrable spheres of radius r = a and r = b (in other words, V (r ≤ a) = ∞ and V (r ≥ b) = ∞, and V = 0 otherwise). Find the ground state energy and the (normalized) ground state wavefunction. You can safely assume that the ground state solution has l = 0.
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A particle of mass m is located between two concentric impenetrable spheres of radius r = a and r = b (in other words, V (r ≤ a) = ∞ and V (r ≥ b) = ∞, and V = 0 otherwise). Find the ground state energy and the (normalized) ground state wavefunction. You can safely assume that the ground state solution has l = 0.
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