David K. Lewis
Margaret W. Kelly Professor of Chemistry
Connecticut College, New London CT

CHM 307 CLASS SCHEDULE
FALL 2007

Class Schedule: M, T, Th 11:50 a.m. - 12:40 p.m.

Chapter assignments in Physical Chemistry, 4th edition, Ed. by Silbey, Alberty and Bawendi. Wiley, 2005

CLASS

CHAPTER (SECTIONS)
TOPICS

8/30 (Th)

Ch. 1 (1 - 4)

Ideal gases

9/3 (M)
Ch. 1 ( 5 - 10)

Real gases

9/4 (T)
Ch.1 (11)

Barometric Distribution Law

9/6 (Th)

Ch. 2 (1 - 5)

Work, heat and the First Law

9/10 (M)
Ch. 2 ( 6 - 10)

Energy, enthalpy and changes of state

9/11 (T)
Ch. 2 (11, 12)

Thermochemistry

9/13 (Th)
Ch. 2 (13)

Calorimetry

9/17 (M)
REVIEW

(Quiz #1, 1:10 - 4:00 p.m.)

9/18 (T)
Ch. 3 (1 - 4)

Entropy and the Second Law

9/20 (Th)
Ch. 3 (6, 8)

Statistical probability and the Third Law

9/24 (M)
Ch. 3 (5, 7)

Calculating entropy changes

9/25 (T)
Ch. 3 (9)

Heat engines and reversibility

9/27 (Th)
Ch. 4 (1, 2)

Combining the 1st and 2nd Laws; A and G

10/1 (M)
Ch. 4 (3, 4)

Effect of changing T and P on A and G

10/2 (T)
Ch. 4 (5, 6)

Fugacity and activity introduced

10/4 (Th)
Ch. 4 (7 - 9)
Partial molar quantities; the Maxwell Eqs.
10/8 (M) REVIEW (Quiz #2, 1:10 - 4:00 p.m.)
10/9 (T) Ch. 5 (1 - 4) From Gibbs Energy to chemical equilibrium
10/11 (Th) FALL BREAK - NO CLASS
10/15 (M) Ch. 5 (5 - 8) Effects of changing T and/or P on equilibria
10/16 (T) Ch. 5 (9 - 11) The Phase Rule
10/18 (Th) Ch. 6 (1 - 3) Thermodynamics of pure liquids
10/22 (M) Ch. 6 (4, 5) Thermodynamics of ideal mixtures
10/23 (T) Ch. 6 (6, 7) Non-ideal solutions; activities
10/25 (Th) Ch. 6 (8, 9) S <-- --> L and S <-- --> V equilibria
10/29 (M) REVIEW (Quiz #3, 1:10 - 4:00 p.m.)
10/30 (T) Ch. 7 (1 - 3, 7) Intro to electrochemistry, cells
11/1 (Th) Ch. 7 (4 - 6) Electrochemical cell thermodynamics
11/5 (M) Ch. 7 (8 - 10) Determination of pH; membrane potentials
11/6 (T) Ch. 8 (1 - 2) Acid - base equilibria
11/8 (Th) Ch. 8 (3 - 6) Thermodynamics of coupled reactions
11/12 (M) Ch. 8 (7 - 10) Applications in biochemistry
11/13 (T) Ch. 17 (1, 2) Molecular distribution functions
11/15 (Th) Ch. 17 (3 - 5) Averaging molecular speeds and energies
11/19 (M) REVIEW (Quiz #4, 1:10 - 4:00 p.m.)
11/20 (T) Ch. 17 (6 - 10) Molecular collisions; transport properties
11/22 (Th) THANKSGIVING BREAK, NO CLASS
11/26 (M) Ch. 18 (1 - 6)

Intro to chemical kinetics; rate, order Eact

11/27 (T) Ch. 18 (7 - 12) Chemical reaction mechanisms
11/29 (Th) Ch. 19 (1 - 5) Collision theory; transition state theory
12/3 (M) Ch. 19 (6 - 11) Photochemical kinetics
12/4 (T) Ch. 20 (1 - 5) Diffusion, viscosity, thermal conductivity
12/6 (Th) Ch. 20 (6 - 11) Reaction kinetics in solutions
12/10 (M) REVIEW (Quiz #5, 1:10 - 4:00 p.m.)
12/11 (T) REVIEW Course review
12/13 (Th) REVIEW DAY, NO CLASS
12/ ?
FINAL EXAM, AS SCHEDULED

 

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Contact information:
116 Hale Laboratory
Phone: 860-439-2478 Email: david.lewis@conncoll.edu