the wave functions px and dxz are linear combinations of the spherical harmonic functions, which are eigenfunctions of the operators H, 12, Iz for rotation in three dimensions. The combinations have been chosen to
the wave functions px and dxz are linear combinations of the spherical harmonic functions, which are eigenfunctions of the operators H, 12, Iz for rotation in three dimensions. The combinations have been chosen to
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![the wave functions px and dxz are
linear combinations of the spherical
harmonic functions, which are
eigenfunctions of the operators H, 12,
Iz for rotation in three dimensions. The
combinations have been chosen to
yield real functions. Are these
functions still eigenfunctions of lz?
answer this question by applying the
operator to the functions](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff9c84d5d-47bf-4b40-b338-ddb055e77f0e%2F415cfa20-bd75-409a-bfc7-3a631ad1b473%2F05akmqi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:the wave functions px and dxz are
linear combinations of the spherical
harmonic functions, which are
eigenfunctions of the operators H, 12,
Iz for rotation in three dimensions. The
combinations have been chosen to
yield real functions. Are these
functions still eigenfunctions of lz?
answer this question by applying the
operator to the functions
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