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Let the mass harmonic oscillator and pulse w be in the state ψ (x) = 1...

Let the mass harmonic oscillator and pulse w be in the state ψ (x) = 1 /√2ψ0(x) + i/√2ψ2 (x), where ψn(x) are eigenfuntions of the harmonic oscillator. If we measure the energy, what values ​​can we obtain?

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Answer #1

The state of system isψ (x) = 1 /√2ψ0(x) + i/√2ψ2(x).

ψ0(x) - eigenfunction of ground state.

ψ2(x) - eigenfunction of ground state.

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