Let Y alm Y = denote the eigenfunctions of a Hamiltonian for a spherically symmetric potential V(r). The wavefunction = [1,₂ (a) H, L² and L₂ Y. + √54₂ + √104, 21-1 210 213 (b) H and L₂ an eigenfunction of ******** www. (c) H and L² (d) L² and L₂

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Let Ymdenote the eigenfunctions of a Hamiltonian for a spherically symmetric potential V(r). The wavefunction
+ √104 213 ] is an eigenfunction of
21-1
(b) H and L₂
(c) H and L²
= Y. +√√54.
210
4
(a) H₂ L² and L₂
(d) L² and L₂
Transcribed Image Text:Let Ymdenote the eigenfunctions of a Hamiltonian for a spherically symmetric potential V(r). The wavefunction + √104 213 ] is an eigenfunction of 21-1 (b) H and L₂ (c) H and L² = Y. +√√54. 210 4 (a) H₂ L² and L₂ (d) L² and L₂
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