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Two wavefunctions, Y, and 42, are each eigenfunctions of the operator Ô, with eigenvalues wi and wz. If wi equals w2, is a linear combination of the wavefunctions (Y: = a14, ± a242) also an eigenfunction? Is it an eigenfunction if f wi # w2? 6.

Two wavefunctions, Y, and 42, are each eigenfunctions of the operator Ô, with eigenvalues wi and wz. If wi equals w2, is a linear combination of the wavefunctions (Y: = a14, ± a242) also an eigenfunction? Is it an eigenfunction if f wi # w2? 6.

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6. Two wavefunctions, 4, and Y2, are each eigenfunctions of the operator Ô, with eigenvalues wi and w2. If wi equals w2, is a linear combination of the wavefunctions (Y: = a14, ± a242) also an eigenfunction? Is it an eigenfunction if f wi # we?
Transcribed Image Text:6. Two wavefunctions, 4, and Y2, are each eigenfunctions of the operator Ô, with eigenvalues wi and w2. If wi equals w2, is a linear combination of the wavefunctions (Y: = a14, ± a242) also an eigenfunction? Is it an eigenfunction if f wi # we?
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