Go to the U of M home page
School of Physics & Astronomy
School of Physics and Astronomy Wiki

User Tools

Trace: • q_a_0914 • computing • lec_notes_1204
classes:2009:fall:phys4101.001:q_a_1211

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision		Previous revision
classes:2009:fall:phys4101.001:q_a_1211 [2009/12/11 09:18] – x500_maxwe120classes:2009:fall:phys4101.001:q_a_1211 [2009/12/15 11:49] (current) – x500_sohnx020
Line 99: Line 99:
 ===Captain America 12/11=== ===Captain America 12/11===
 I got the same as Liux, Andromeda, and Devlin. I got the same as Liux, Andromeda, and Devlin.
 +===Hydra 12/11===
 +That's what I was getting, but is there more work to show for this?  It seems, .....too basic???
 +===Dark Helmet 12/11==
 +Where does the root2 come from?  It seems like this whole problem can be done just by reasoning except for the root2.
 +===Andromeda 12/11 1:40pm===
 +equation 4.121: <math>A_lm=\hbar\sqrt{(l+-m)(l-+m+1)}</math>
  
 ====Anaximenes - 23:45 - 12/10/09==== ====Anaximenes - 23:45 - 12/10/09====
Line 111: Line 117:
 === Zeno 12/11/09 === === Zeno 12/11/09 ===
 I would agree with the previous two comments; it's just a sample of what we should know how to do for the exam. This last section since the last exam has covered quite a bit of material, and there's a lot that we can do with it, so the example problems are meant to be a supplement to studying: if you can sit down and do the example problems without outside reference material then you'll do well on the exam. If you get stuck on a certain type of problem then you know that's what you need to work on before the exam time. Also, each exam in the past has always had a problem that's very similar to one on the practice exams... I would agree with the previous two comments; it's just a sample of what we should know how to do for the exam. This last section since the last exam has covered quite a bit of material, and there's a lot that we can do with it, so the example problems are meant to be a supplement to studying: if you can sit down and do the example problems without outside reference material then you'll do well on the exam. If you get stuck on a certain type of problem then you know that's what you need to work on before the exam time. Also, each exam in the past has always had a problem that's very similar to one on the practice exams...
 +===Devlin===
 +Also, I don't see a question in number 4, just a bunch of statements.
 +
 +=== Zeno 12/11 ===
 +Yeah, this puzzled me as well. I think we're being subtly asked to find the normalization factor like in problem 4.18 from HW 10.
 +
 +===Dark Helmet 12/11===
 +I didn't see one either, maybe it was just useful information??
 +
 +===The Doctor 12/11===
 +I just assumed it meant to show how to find it using the given relations.
 +
 +====Hydra 12/11 post-test!====
 +Hey, how do you do the first exam problem from today?
 +
 +===Blackbox ===
 +Well, it was difficult for me and I have no idea what I have to say about the test.
 +
 +====Dagny====
 +For first order theory, infinite square well, how do we know when to integrate over entire well or just parts of well?
  
 ====Links==== ====Links====
classes/2009/fall/phys4101.001/q_a_1211.1260544722.txt.gz · Last modified: 2009/12/11 09:18 by x500_maxwe120

Page Tools