The discussion revolves around determining the n value for the Li2+ ion within the context of the Bohr model of the atom. Participants are exploring the implications of the equation for energy levels in hydrogen-like atoms, specifically focusing on the nuclear charge and its relation to the problem.
The discussion is ongoing, with participants providing insights into the nuclear charge of lithium and questioning the clarity of the original question. Some suggest that the question may need to be rephrased to make sense in the context of the Bohr model.
There is uncertainty regarding the original problem statement and whether it accurately reflects what is being asked about the Li2+ ion. Participants note that the charge of the nucleus for Li2+ is +3, which may influence the interpretation of the n value.
nasu said:z is the charge of the nucleus and is not 1 for Li.
For the rest, it may help to post the complete text of the problem.
Yes.physicsnobrain said:IF the question is instead: In the equation for the bohr model of the atom, what is the z value for Li2+ ion?
Does this make more sense?
DrClaude said:Yes.
physicsnobrain said:Well isn't there still three unknown variables Energy and n value and z value?
You had the right equation in the OP. Go back in your notes/textbook and find what the ##Z## stands for.physicsnobrain said:The question exactly as it appears word for word is: In the equation for the Bohr model of the atom, what is the Z value for Li2+ ion?
I am still unsure of how to go about this question. Which equation should I use?
DrClaude said:You had the right equation in the OP. Go back in your notes/textbook and find what the ##Z## stands for.
Borek said:And what is nuclear charge for lithium?