| Date |
Topic |
Reading assignment |
Problems |
| Th Aug.19 |
Gases and kinetic molecular theory |
p. 19-29, 746-751 |
E20.1 a (in part a calc ratio of rms rather than mean speed)(Beauty)
E20.2a(Cindy)
Show that #2(Zach) |
| T Aug. 24 |
Maxwell distribution and ideal gas law |
p. 29-37 |
Derive c*(Sarah)
E20.3a
P20.3(James) |
| Th Aug 26 |
Ideal gases and real gases (van der Waals equation) |
|
E1.7b(use Excel and turn in on 8/31, plot pVm/T versus p to
find R, plot dRT/p versus p to find M, d(g/dm^3) = 1.07144, 0.714110,
0.356975)
E1.13a(Olivia)
E1.17a(Dustin) |
| T Aug. 31 |
Real gases (virial equation) and the 1st Law of Thermodynamics |
p. 44-53 |
E1.15b(Zach)
E1.22b(Beauty)
P1.8(Cindy)
P1.19(B = B'RT - this can be derived as in P1.18) Use Excel and
turn in on 9/7. |
| Th Sept 2 |
Work and heat |
p. 53-64 |
E2.3b(James)
E2.4b(Sarah)
E2.7b(Olivia) |
| T Sept 7 |
Heat capacity and adiabatic expansions |
p. 65-74 |
E2.8b(Emily)
E2.10b(Beauty)
E2.14b(Dustin) |
| Th Sept 9 |
Thermochemistry and enthalpy changes |
p. 74-83 |
E2.16b(Sarah)
E2.19b(Olivia)
E2.27b(James)
P2.7(Zach) |
| T Sept 14 |
Joule and Joule-Thomson expansions, partial derivative relations |
|
Study for Test 1! |
| Th Sept 16 |
Test 1 (Ch. 1, Ch 20 p. 746-751, Ch. 2 p. 29-74) |
|
|
| T Sept. 21 |
Joule-Thomson expansions, more partial derivative relations, entropy |
p. 94-104 |
P2.24 (Emily)
P2.26 (Cindy)
P2.28 (Dustin) |
| Th Sept 23 |
Second law, Carnot cycle, entropy changes |
p. 104-120 |
MathCad Carnot Cycle problem
(Turn in on Tues., Sept. 28) |
| T Sept. 28 |
Entropy changes, Helmholtz and Gibbs energies |
p. 121-127 |
E3.5b (Emily)
E3.6b (Zach)
P3.2 (Olivia)
P3.6 (James) |
| Th Sept. 30 |
Helmholtz and Gibbs energies, fundamental equations, Maxwell relations |
p. 135-143 |
P3.26:
dS/dV (Cindy)
dV/dS (Sarah)
dp/dS (Dustin) |
| T Oct. 5 |
Temperature and pressure dependence of Gibbs energy, phase changes
and diagrams |
p.143-151 |
E3.18b (don't assume that V is constant) (Emily)
P3.16 (Beauty) |
| Th Oct. 7 |
Phase diagrams and phase boundaries |
|
E4.3b (James)
E4.7b (Cindy) |
| T Oct. 12 |
Phase boundaries and phase transitions |
|
P4.8 (Use Excel, turn in on Oct. 19)
E4.8b(Zach)
E4.9b(Sarah)
E4.12b(Emily) |
| Th Oct. 14 |
Fall Break |
| T Oct. 19 |
Phase transitions and partial molar volume |
p. 156-161 |
Study for Test 2! |
| Th Oct. 21 |
Test 2 (Ch. 2 (p. 74-83), 3 and 4) |
|
E5.1b (Beauty)
E5.2b (Dustin) |
| T Oct. 26 |
Partial molar Gibbs energy, thermodynamics of mixing, chemical
potentials |
p. 161-176 |
E5.3b (Cindy)
E5.5b (Emily)
E5.8b (Beauty) |
| Th Oct. 28 |
Chemical potentials, colligative properties |
p. 190-198 |
P5.8 (Use Excel, and turn in on Nov. 4)
E5.14b (Sarah) |
| T Nov. 2 |
No class - Election Day |
VOTE!! |
|
| Th Nov. 4 |
Activities, phase diagrams of mixtures |
p. 176-181 |
E5.7a, E5.16a, E5.17a, E5.18a, E5.20a, E5.22a, E5.23a, E5.26a,
E5.32a |
| T Nov. 9 |
Pressure-composition, Temperature-composition diagrams, Chemical
Equilibrium |
p. 209-221 |
E6.4b (James)
E6.8b (Zach)
P6.8 (Dustin) |
| Th Nov. 11 |
Chemical equilibrium, LeChatelier's principle |
p.221-227 |
E6.9b (Cindy)
E6.10b (Sarah)
P6.2 (Emily) |
| T Nov. 16 |
LeChatelier's principle, reaction rates and rate laws |
p. 782-795 |
|
| Th Nov. 18 |
Rate laws, integrated rate laws, equilibrium |
p.796-802 |
Study for Test 3! |
| T Nov. 23 |
Test 3 (Ch. 5 (156-181, 190-198)and 6
(209-227)) |
p.802-809 |
P21.2 (Zach)
P21.4 (Dustin) |
| Th Nov. 25 |
Thanksgiving |
|
|
| T Nov. 30 |
Kinetics and equilibrium, temperature dependence, reaction mechanisms |
|
E21.1a, E21.4a, E21.8a, E21.9a, E21.10a, E21.12a, E21.14a,
E21.15a, P21.12
E21.16b (James)
|
| Th Dec. 2 |
Steady state approximation, pre-equilibrium, thermodynamic and
kinetic control |
|
|
| Th Dec. 9 |
Final exam 8:00-11:00 |
|
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