9. A 1-D particle confined to move only in the x-dimension has a wavefunction defined by: SNx(L – x) for 0 < x < L - $(x) = elsewhere 1. Normalize this wavefunction. 2. Calculate 3. Calculate 4. Calculate
9. A 1-D particle confined to move only in the x-dimension has a wavefunction defined by: SNx(L – x) for 0 < x < L - $(x) = elsewhere 1. Normalize this wavefunction. 2. Calculate 3. Calculate 4. Calculate
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A 1-D particle confined to move only in the x-dimension has a wavefunction defined by:
JNx(L – x) for 0 < x < L
Þ(x) =
elsewhere
1. Normalize this wavefunction.
2. Calculate <x>
3. Calculate <x²>
4. Calculate <px>
5. Calculate <px?>
6. What is AxApx?"
Transcribed Image Text:9.
A 1-D particle confined to move only in the x-dimension has a wavefunction defined by:
JNx(L – x) for 0 < x < L
Þ(x) =
elsewhere
1. Normalize this wavefunction.
2. Calculate <x>
3. Calculate <x²>
4. Calculate <px>
5. Calculate <px?>
6. What is AxApx?
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