Course Schedule  (click the date in the table below to jump to the details)
September October November December Midterm Exams
 Wed   Thu  Thu
     
7 8 7
14 15 15
21 22 22
28 29 29
  
 Wed   Thu  Thu
5 6 6
12 13 13
19 20 20
26 27 27
 
 Wed   Thu  Thu
2 3 3
9 10 10
16 17 17
23 24 24
30    
 
 Wed   Thu  Thu
  1 1
7 8 8
14 15 15
     
     
 
     Exam dates     
Oct 6
Nov 10
Dec 1
Dec??
Optional: Dec ??
 

 Tuesday September 7   
General class information   


  Wednesday September 14  
English class information
What is Physical Chemistry?
What is Thermodynamics?
Microscopic and macroscopic properties
Extensive and intensive properties
Assignment: Translation  (rtf)
Master Copy given, deadline: 29th September
To read: Callen: Introduction
 
  Thursday September 15  
Energy and work
Calculation of energy and work
What is equilibrium?
The first postulate of thermodynamics
To read: Callen pp. 2-25 
 
  Wednesday September 15  
Heat and work calculations
Booklet of Examples is distributed
To read: Solution of the worked example in Callen pp. 21-23
Assignment:
2.1/3
 
 
  Wednesday September 21  
Calculations of work & energy
The origins of thermodynamics
Metastable equilibrium states
Walls, containers and constrained systems
 
To read: Callen pp. 2-25
 
  Thursday September 22  
The second postulate of thermodynamics 
The third postulate of thermodynamics 
The basic problem of thermodynamics 
The fourth postulate of thermodynamics 
Summary of the properties of the entropy function
To read:  Callen pp. 2-33

      Group photo available
 
  Wednesday September 22  
Check the validity of various fundamental equations
Equations of state, fundamental equations
Assignment:  2.1/4 (B->D), 2.2/3b, 2.2/4
 
 
  Wednesday September 28  
Entropy-based & energy-based equations of state
Pressure, temperature and chemical potential
Use of the fundamental equations to calculate equilibria
Equilibria in isolated and adiabatic systems
Chemical equilibrium in an isolated system
Properties of temperature, pressure and chemical potential
Formal relations concerning multivariate functions, their derivatives and integrals (handouts given)
To read:  Callen pp. 35-66,  

 
  Thursday September 29  
Euler equation for U and S
Equilibrium conditions expressed with intensive properties
Gibbs-Duhem equation & Gibbs phase rule
Calculation of the entropy of an ideal gas from the equations of state
To read: Callen pp. 35-77
 
  Thursday September 29  
Check the validity of various fundamental equations, thermal and mechanical equilibrium. Equilibrium properties. Euler equation. Assignment: 2.3/2
 
 
  Wednesday October 5  
In the first half of the lecture: preparation for the exam.
Equilibria at constant pressure, temperature, and
at constant pressure AND temperature
Thermodynamic potentials H and F
 
To read: Callen pp. 84-87
 
  Thursday October 6  
Equilibria at constant pressure AND temperature
Thermodynamic potentials U, H, F and G 
Summary of thermodynamic characterization of equilibrium systems
Use of the formal relations to find any thermodynamic functions from a fundamental equation
To read: Callen pp. 153-179, 
 
  Thursday October 6  
First midterm exam.  What you should know or be able to do...  exam1.pdf
 
 
  Wednesday October 12  
Heat engines & refrigerators, their efficiency parameters Exercises from: Callen pp. 59-78.  
 
  Thursday October 13  
Carnot, Rankine and other cycles
Stability of pure phases
To read: Callen pp. 84-87.
                Atkins 6.1-6.6.
 
  Thursday October 13  
Heat engines, efficiency. Calculations with measurable quantities
Check out our Java applet collection! 
Assignment: 2.4/4, 2.5/1, 2.5/4
 
 
  Wednesday October 19  
In the first half of the lecture: examples class. On Thursday there is a lecture instead of the examples class. Topic: Maxwell relations.

PVT state surfaces of pure substances
Projections of the PVT surface into PV and PT diagrams
The Clapeyron equation
To read: Callen pp. 113-130.  
Assignment:  2.6/1, 2.6/2

To read: Atkins 6.1-6.6. + your notes
 
  Thursday October 20  
The notion "numerousness" in mol
Stability of pure phases
The Clausius-Clapeyron equation and its application to vapour pressure calculations
The chemical potential in multicomponent systems
To read: Atkins 6.1-6.6. + your notes
                Atkins 7.6-7.

 
  Thursday October 20  
Lecture : Ideal and real mixtures
Chemical potential and activity in mixtures
Different standard states and related activities
To read: Atkins Chapters 7.1-4, 7.6-7.
 

 
  Wednesday October 26  
2 hours seminar
G as a function of pressure
Maxwell relations
Assignment: Molten Cu + water
 
  Thursday October 27  
The classical phenomenological thermodynamics
Laws of thermodynamics
To read: Atkins: Chapters 1-2, 4.  
Assignment: None
 
 Thursday October 27  
  ??? Assignment:  

 
  Wednesday November 2  
holiday, 16:00 extra seminar for interested students    

  Thursday November 3  
 holiday
   
 
  Thursday November 3  
holiday    

 
  Wednesday November 9  
Thermodynamics of mixture (multicomponent) phases
 Binary liquid/vapour phase diagrams: ideal mixtures

 
To read: Atkins Chapters 7, 8  
Assignment: 

  Thursday November 10  
Binary liquid/vapour phase diagrams: real mixtures, azeotrope mixtures
Binary solid-liquid phase diagrams
Colligative properties
Chemical equilibrium of homogeneous reactions at constant pressure and temperature

To read: Atkins Chapter 7,8 
 
  Thursday November 10  
Second midterm exam  What you should know or be able to do... 

 
  Wednesday November 16  
2 hours seminar
binary phase equilibria: phase diagrams and related calculations

Assignment: ????


  Thursday November 17  
Homogeneous equilibrium in reacting mixtures
(Chemical equilibrium)
Dependence of the equilibrium constant on pressure and temperature
Chemical equilibrium calculations

To read: Atkins: Chapters 9.1-9.4  
 
  Thursday November 17  
Lecture:
Energy- and material transport
general transport equations

To read: Atkins Chapter 24.1-24.4  
Assignment: ????


 
  Wednesday November 23  
Diffusion, viscosity and ionic transport
Solution of the diffusion equation
To read: Atkins: Entire Chapter 24
                 + lecture notes  
Assignment: ????

  Thursday November 24  
Thermodynamics of electrically charged systems
Equilibrium electrochemistry

To read: Atkins: Chapters 10.1-10.2,
                            +  lecture notes   
 
  Thursday November 24  
??????????????

To read: ???????????
Assignment: ????

 
 Wednesday November 30  
 2 hours seminar
molar volume, liquid surfaces, chemical equilibrium, transport phenomena



  Thursday December 1  
Diffusion and reaction


To read: Atkins: Entire Chapter 24  
Assignment: ???????
 
  Thursday December 1  
Second midterm exam  What you should know or be able to do... 
 
  Wednesday December 6  
To read:

 

Website of the Department of Physical Chemistry:     http://phys.chem.elte.hu

Last modified: 18/November/2005                                  Webmaster:  Zádor Judit