Homework

Homework 4, due May 18: Interactions, Quantum statistical mechanics
Homework 3, due May 9: Kinetic theory and semi-classical statistical mechanics
- Change: due day++. – 10:06AM, May 07, 2012
- Addition: page 2 (red), 1(f), clarification of the Debye frequency. – 3:30PM, May 06, 2012
Homework 2, due Apr 24: Probability (with solutions)
- Addition: Some comments added to the solution for 3(a) (page 6). – 10:05AM, May 09, 2012
- I recommend your reading my solutions, even if you did very well. In particular, solutions to problems 7 and 3 are physics-rich. Solution to problem 2 is worth reading, too, I think. I am happy to see that everybody is very good with the evaporative deposition (problem 6) and the cumulant expansion (problem 4)!
Homework 1, due Apr 12: Thermodynamics (with solutions)
- Photos of the textbook problems

-  ⇤ ← Revision 11 as of 2:27PM, May 05, 2012 → 
  Size: 525
  Editor: Sam
  Comment:
+   ← Revision 19 as of 10:05AM, May 09, 2012 → ⇥
  Size: 1396
  Editor: Sam
  Comment:
-Deletions are marked like this.
+Additions are marked like this.
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-  * '''Homework 3''', ~-due May 8-~: <<la("H03-Kinetic-SCS.pdf", "Kinetic theory and semi-classical statistical mechanics")>>
+  * '''Homework 4''', ~-due May 18-~: <<la("H04-Interactions-and-QS.pdf", "Interactions, Quantum statistical mechanics")>>

  * '''Homework 3''', ~-due May 9-~: <<la("H03-Kinetic-SCS.pdf", "Kinetic theory and semi-classical statistical mechanics")>>
  {{{#!wiki comment
  * <<color(Change:)>> due day++.  &ndash; ~-''<<DateTime(2012-05-07T10:06:37-0700)>>''-~
  * <<color(Addition:)>> page 2 (red), 1(f), clarification of the Debye frequency. &ndash; ~-''<<DateTime(2012-05-06T15:30:10-0700)>>''-~
  }}}
-Line 6:
+Line 12:
+  {{{#!wiki comment
  * <<color(Addition:)>> Some comments added to the solution for 3(a) (page 6). &ndash; ~-''<<DateTime(2012-05-09T10:05:38-0700)>>''-~
  * I recommend your reading my solutions, even if you did very well.  In particular, solutions to problems 7 and 3 are physics-rich.  Solution to problem 2 is worth reading, too, I think.  I am happy to see that everybody is very good with the evaporative deposition (problem 6) and the cumulant expansion (problem 4)!  
  }}}