Singlet- triplet splitting energy of He what does it mean?

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Homework Help Overview

The discussion revolves around the singlet-triplet splitting energy of helium, specifically focusing on the energy differences between the singlet and triplet states for the configurations (1s, ns) where n ranges from 1 to 7. Participants are exploring the meaning and implications of this concept in quantum mechanics.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • The original poster expresses confusion regarding the meaning of singlet-triplet splitting energy and what aspects to focus on for their plot. Some participants discuss the relationship between energy formulas and quantum numbers, while others reflect on the implications of increasing n on the splitting energy.

Discussion Status

Participants are actively engaging with the topic, with one individual indicating they have found an answer regarding the nature of the question and the behavior of splitting energy as n increases. However, there is no explicit consensus on the overall understanding of the concept, and further exploration of the topic is evident.

Contextual Notes

There is mention of using the NIST table for energy levels, and participants are considering how electron interactions change with increasing quantum number n, which may influence their understanding of the problem.

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[SOLVED] singlet- triplet splitting energy of He! what does it mean?

Hello every body!

i need to plot the singlet- triplet splitting energy of He for the [tex]^{1}[/tex]S and [tex]^{3}[/tex]S states corresponding to the configurations (1s,ns), n=1 to 7, and then explain why the plot is like that!

please help. my problem is i don't exactly understand what it means? and what should i look for! i don't understand the question!
 
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ok, now i know that singlet- triplet splitting energy means the energy different between the alike terms when they are singlet and when they are triplet. But still in this step, the energy formulas we have only depends on the quantum number n. so how can i find a energy formula which also depends on electron spin?
 
Wahoo, it looks like i have to answer all my questions alone! if so...! i found the answer! this question is not to calculate the energy but to take the energy levels from the NIST table and plot the, the point is for larger n... the splitting energy gets smaller and smaller almost zero and that is because as n gets larger the interacting of electrons gets smaller and smaller .cool...ha?
 


I'm totally being in your shoes. Thanks for posting the answer.
 

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