Physics: 3230           THERMAL PHYSICS               Spring 2007

Lecture: CAP 262 1:00-2:00 MWF   Office Hrs: M-F 9,10; or by appointment.   
                                 CAP 253, tel:262-7499, email: rokosketl@appstate.edu

Texts: Physics for Scientists & Engineers, 3rd ed.(Vol 1) Fishbane, Gasiorowicz & Thorton
       An Introduction to Thermal Physics,  Daniel V. Schroeder    
Supplemental Text: Schaum's Outlines: Themodynamics for Engineers 2nd ed. by
Merle C. Potter and Craig W. Somerton
General Outline: The objective of this course is to learn the laws of thermal 
phenomena and the mathematical models used to understand solids, liquids and 
gases exhibiting these phenomena. The course treats the phenomena from both 
macroscopic (Thermodynamics) and microscopic (Kinetic Theory and Statistical Mechanics) 
points of view. When smaller particles and dimensions are studied, quantum effects 
enter and so we shall treat phenomena from the Quantum Statistical Mechanics point 
of view. 

Days                          Topic                                Problems                          
 8-12 Jan Introduction, Ch.17 Temperature, & Ideal Gases   17-1,3,6,15,28,31,33,49,68,
							      75,78,82,92     
           
15-19 Jan MKL,Jr. Holiday Ch.18 Heat Flow and the First    18-1,5,7,12,18,23,33,36,43,
           Law of Thermodynamics			      49,51,53,63,73,85,89
                                  
22-26 Jan Ch.19 The Molecular Basis of Thermodynamics      19-1,5,17,31,34,38,49,54;                   
                                                              63,69,72,74
           
29-31 Jan Ch.20 Second Law of Thermodynamics               20-1,3,11,16,21,27,39,49
  2 Feb                                                       59,75

 1-2 Feb  Review out of class
  
 5-9 Feb  First Test, Ch.1-6 (p.33-37),                     1-45,50,62,66
          Ch.2 Two State Systems, Einstein Model (1-2)      2-1,5ab
 
12-16Feb  Ch.2 Interacting & Large Systems (3-4),           2-9,10,13,16,18,22; 
	  Ch.2 Ideal Gas & Entropy (5-6)		    2-26,28,29,30,32,38

19-23Feb  Ch.3 Interactions and Implications (1-3)          3-1,3,10,14,16,20,24,25a-e;
 
26-2 Mar  Ch.3 (4-6)                                        3-31,32,37.

 5-9 Mar  Ch.4 Engines and Refrigerators (1-2)              4-1,2,10,15
         (Review scheduled by class), Second Test

12-16Mar  Spring Break                                      --------------

19-23Mar  Ch.4 (3-4), Ch.5 Free Energy and                 4-24,30,33,35,36; 5-1,5,8,
          Chemical Thermodynamics (1-2)                       11,12,19,20,22

26-30Mar  Ch.5 (3), Ch.6 Boltzmann Statistics(1-2)         5-28,30,32,48; 6-2,3,4,6

 2-6 Apr  Ch.6 (3-5), Ch.6 (6-7)                           6-12,15,16,20,23,26,28;   
                                                              31,32,33,34,35,38

 9-13Apr  State Hol., Ch. 7 Quantum Statistics (1-3),      6-44,45,47,49,50,52.
           (Review scheduled by class)			    7-1,3,7,9,11,12,13ac,22,23,29

16-20Apr  Third Test, Ch.7 (4-6)                           7-43,44,47,51,53,66,67
 
23-25Apr  Windup, Review                                                                
--------------------------------------------------------------------------------      
   Final Examination Wednesday 2 May 9:00-11:30
							      04-23-07