The expectation value, where the integrals over and have already been evaluated and included in this expression. (a) Determine as a multiple of ao for this state. In this evaluation, you may find this integral helpful: rne-Br dr= 0 00 for a hydrogen atom in the 2pz orbital can be written 12 -rla, 0 <*>= 24 3 d ²³ (2) n! Bn+1
The expectation value, where the integrals over and have already been evaluated and included in this expression. (a) Determine as a multiple of ao for this state. In this evaluation, you may find this integral helpful: rne-Br dr= 0 00 for a hydrogen atom in the 2pz orbital can be written 12 -rla, 0 <*>= 24 3 d ²³ (2) n! Bn+1
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![The expectation value, <r), for a hydrogen atom in the 2pz orbital can be written
<r)=
√°
0
1
n+1
24a 3
0
3
dr r³
a
0
2 -rla
0
e
where the integrals over and have already been evaluated and included in this expression.
(a) Determine <r) as a multiple of ao for this state. In this evaluation, you may find this integral helpful:
n!
50⁰ rne-Br dr=
0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd76a2d57-02e6-4734-ba8a-6fadc8c476a5%2Fdcb92837-6a24-4a4b-a69b-e769a3e44ff1%2F6pf7efi_processed.png&w=3840&q=75)
Transcribed Image Text:The expectation value, <r), for a hydrogen atom in the 2pz orbital can be written
<r)=
√°
0
1
n+1
24a 3
0
3
dr r³
a
0
2 -rla
0
e
where the integrals over and have already been evaluated and included in this expression.
(a) Determine <r) as a multiple of ao for this state. In this evaluation, you may find this integral helpful:
n!
50⁰ rne-Br dr=
0
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