The wave function of a particle at time t = 0 is given by w(0) = (u,)+ u,)), where V2 |u,) and |u2) the normalized eigenstates with eigenvalues E, and E, are respectively, (E, > E, ). The shortest time after which y(t) will become orthogonal to |w(0)) is - ħT (а) 2(E, – E,) (b) E, - E, (d) E, - E, E, – E,
The wave function of a particle at time t = 0 is given by w(0) = (u,)+ u,)), where V2 |u,) and |u2) the normalized eigenstates with eigenvalues E, and E, are respectively, (E, > E, ). The shortest time after which y(t) will become orthogonal to |w(0)) is - ħT (а) 2(E, – E,) (b) E, - E, (d) E, - E, E, – E,
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Transcribed Image Text:The wave function of a particle at time t= 0 is given by w(0) =
(4,) +|u2})), where
|u,) and u,)
the normalized eigenstates with eigenvalues E and E,
are
respectively, (E, > E, ). The shortest time after which y(t) will become orthogonal to
|w(0)) is
- ħn
(а)
2(E, – E,)
(b)
E, - E,
(c)
E, - E,
(d)
E, - E,
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