QUANTUM PHYSICS QUESTION Consider the dimensionless harmonic oscillator Hamiltonian with P (a) Show that the two wave functions yo(x) = ex²2 and 1(x) = xe-²/2 are eigenfunc- tions of Ĥ with eigenvalues 1/2 and 3/2, respectively. (b) Find the value of the coefficient a such that y2(x) = (1 + ax²)e-²/2 is orthogonal to wo(x). Then show that w2(x) is an eigenfunction of Ĥ with eigenvalue 5/2.
QUANTUM PHYSICS QUESTION Consider the dimensionless harmonic oscillator Hamiltonian with P (a) Show that the two wave functions yo(x) = ex²2 and 1(x) = xe-²/2 are eigenfunc- tions of Ĥ with eigenvalues 1/2 and 3/2, respectively. (b) Find the value of the coefficient a such that y2(x) = (1 + ax²)e-²/2 is orthogonal to wo(x). Then show that w2(x) is an eigenfunction of Ĥ with eigenvalue 5/2.
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QUANTUM PHYSICS QUESTION
Consider the dimensionless harmonic oscillator Hamiltonian
 =-=-²²+½-X²,
with P =
d
dx
(a) Show that the two wave functions yo(x) = e-x²/2 and y/1(x) = xe-x²/2 are eigenfunc-
tions of Ĥ with eigenvalues 1/2 and 3/2, respectively.
(b) Find the value of the coefficient a such that w2(x) = (1 + ax²) e-x²/2 is orthogonal to
yo(x). Then show that y2(x) is an eigenfunction of Ĥ with eigenvalue 5/2.
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