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8) A particle in an infinite square potential well of width L has an initial wave function described by the equation y(x) = Ax(L - x), where A is a constant, the expectation value of the Hamiltonian is L³|A|² (B) L²|A|² (C)=L|A|²2 6m 6m (D) L³|4|² 6m

8) A particle in an infinite square potential well of width L has an initial wave function described by the equation y(x) = Ax(L - x), where A is a constant, the expectation value of the Hamiltonian is L³|A|² (B) L²|A|² (C)=L|A|²2 6m 6m (D) L³|4|² 6m

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8) A particle in an infinite square potential well of width L has an initial wave function described by the equation y(x) = Ax(L - x), where A is a constant, the expectation value of the Hamiltonian is L³|A|² (B) L²|A|² (C)=L|A|²2 6m 6m (D) L³|4|² 6m
Transcribed Image Text:8) A particle in an infinite square potential well of width L has an initial wave function described by the equation y(x) = Ax(L - x), where A is a constant, the expectation value of the Hamiltonian is L³|A|² (B) L²|A|² (C)=L|A|²2 6m 6m (D) L³|4|² 6m
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