Recall for an the hydrogenic (single electron) atom 2s (r) = 2,0,0 (r, 0, 4) Φ2p (r) = Φ2,1,0 (r,θ, φ) - = 2p (7) = 2p_ (F) = 2,1,1 (r, 0, 6): = 2,1,-1 (r, 0,6) 1 4√2π/² p 1 3/2 ao 4√/2πа = 2 δεν παρ Tº 3/2 ao 8√πа 3/2 ao 1) e-r/2² ao e ○ (02s (71)2p, (72) + O2p. (71)02s (72)) O 02s (1) 2po (2) ○(28 (71)2p, (72) – $2p. (71)¢2s (72)) O 02s (1)02s (F2) T -T 12a0 •/200 cos 0, /2ao sin 0 etic. r/2ao sin 0 e-iç Consider the helium atom (two electron system). Suppose the spin part is one of the triplet. Which of the following can be a possible space part?
Recall for an the hydrogenic (single electron) atom 2s (r) = 2,0,0 (r, 0, 4) Φ2p (r) = Φ2,1,0 (r,θ, φ) - = 2p (7) = 2p_ (F) = 2,1,1 (r, 0, 6): = 2,1,-1 (r, 0,6) 1 4√2π/² p 1 3/2 ao 4√/2πа = 2 δεν παρ Tº 3/2 ao 8√πа 3/2 ao 1) e-r/2² ao e ○ (02s (71)2p, (72) + O2p. (71)02s (72)) O 02s (1) 2po (2) ○(28 (71)2p, (72) – $2p. (71)¢2s (72)) O 02s (1)02s (F2) T -T 12a0 •/200 cos 0, /2ao sin 0 etic. r/2ao sin 0 e-iç Consider the helium atom (two electron system). Suppose the spin part is one of the triplet. Which of the following can be a possible space part?
Related questions
Question
Transcribed Image Text:Recall for an the hydrogenic (single electron) atom
2s (r) = 2,0,0 (r, 0, 4)
Φ2p (r) = Φ2,1,0 (r,θ, φ) -
=
2p (7) =
2p_ (F) =
2,1,1 (r, 0, 6):
=
2,1,-1 (r, 0,6)
1
4√2π/²
p
1
3/2 ao
4√/2πа
=
2
δεν
παρ
Tº
3/2 ao
8√πа
3/2 ao
1) e-r/2²
ao
e
○ (02s (71)2p, (72) + O2p. (71)02s (72))
O 02s (1) 2po (2)
○(28 (71)2p, (72) – $2p. (71)¢2s (72))
O 02s (1)02s (F2)
T -T
12a0
•/200 cos 0,
/2ao sin 0 etic.
r/2ao sin 0 e-iç
Consider the helium atom (two electron system). Suppose the spin part is one of the triplet. Which
of the following can be a possible space part?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 1 images
