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An electron in the Coulomb field of a proton is in the following state |4> which is a superposition of the Hydrogenic eigenstates ( Ynlm =Rn(r) Yim(0,p) ) 14>=c (7 |4100>+ 3i |4211> + 7 |421o>), where c is a normalization constant. Find the expectation value of H in units of 0.73 0.25 10.34 63.50 O 1 O 0.59

An electron in the Coulomb field of a proton is in the following state |4> which is a superposition of the Hydrogenic eigenstates ( Ynlm =Rn(r) Yim(0,p) ) 14>=c (7 |4100>+ 3i |4211> + 7 |421o>), where c is a normalization constant. Find the expectation value of H in units of 0.73 0.25 10.34 63.50 O 1 O 0.59

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An electron in the Coulomb field of a proton is in the following state |4> which is a superposition of the Hydrogenic eigenstates ( Ynlm =Rni(r) Yim(0,4) ) 14>=c (7 14100>+ 3i |4211> + 7 |4210> ), where c is a normalization constant. Find the expectation value of H in units of 0.73 O 0.25 O 10.34 O 63.50 O1 O 0.59
Transcribed Image Text:An electron in the Coulomb field of a proton is in the following state |4> which is a superposition of the Hydrogenic eigenstates ( Ynlm =Rni(r) Yim(0,4) ) 14>=c (7 14100>+ 3i |4211> + 7 |4210> ), where c is a normalization constant. Find the expectation value of H in units of 0.73 O 0.25 O 10.34 O 63.50 O1 O 0.59
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