August 2011

Sun Mon Tue Wed Thu Fri Sat
21
22
23
24
First day of class
Syllabus
Class Mechanics
25
26
Importance of Fundamentals
Extensive vs Intensive properties
27
28
H01 due
29
In-class ACS Concept Test
Read Chapter 5 sections 1-4 (Boyle, Charles, Avogadro, Ideal Gas Law) before class on Wed.
H01 due
30
31
Read 5.1-4 before class. State Functions, Boyle's, Charles', and Avogadro's Laws, Ideal Gas Law (its use as a model of physical behavior) -- introduce the virual gas simulator.

LM01-04 due

September 2011

Sun Mon Tue Wed Thu Fri Sat
01
02
Read Ch5.5 before class. Mixtures
Concentrations
Dalton's Law
03
Rice @ TX
04
05

Labor Day
no class

06
07
More Partial Pressures, Kinetic Molecular Theory of Gases

H02 due
08
09
Diffusion and Effusion of Gases
Real Gas behavior
10
BYU @ TX
11



H03 due
12
Summary of Gases
mass density and molar density, Maxwell Distribution
Exam 1 discussion
13

Exam 1
7-9pm

14
Read Chapter 12, sections 1-2, electromagnetic radiation, wavelength, frequency, Planck
15
16
NO CLASS DAY
ACL Festival
17
ACL Festival

TX @ UCLA
18
ACL Festival
19 Intro to quantum theory, Photo electric effect, line spectra, wavefunctions
20
21
More on photoelectric effect.
22
23
Schrodinger's equation. Quantum theory.
24
25
26
Orbitals (shapes and size - nodal surfaces, electron configurations. Periodic table - layout and trends
27
28
29
30

October 2011

Sun Mon Tue Wed Thu Fri Sat
01

TX @ Iowa St
02
03
Wrap up of material, Exam 2 discussion
04

Exam 2
7-9pm

05
Electronegativity and Polarity, dipoles, dipole moments.
06
07
intro to VSEPR Theory
08

OU @ TX
09
10
VSEPR theory (section 13.13)
11
12
Valence Bond Theory. Bonding theory (section 14.1) - sigma and pi bonding (also section 14.1).
13
14
intro to Molecular orbital theory (section 14.2 and 14.3)
15
OSU @ TX
16
17
Molecular orbitals in large molecules - delocalized bonding - getting the big picture.(sections 14.4, 14.5, and 14.6)
18
19
Defining Intermolecular Forces (IMFs), the broad range of strengths.Forces between particles, strong = bonding, weaker = IMFs (section 16.1)
20
21
IMF's lead to physical properties like surface tension, viscosity, and vapor pressure. Exploring the nature of the physical properties due to IMFs (section 16.2 and 16.10)
22

23
24
A discussion of vapor pressure and its consequences
25
26
Solids and lattice energies
27
28
Looking ahead to thermo - the lowering of available energy
29
Kansas @ TX
30
31
Overview of material, Exam 3 discussion

November 2011

Sun Mon Tue Wed Thu Fri Sat
01

Exam 3
7-9pm

02
Intro to thermodynamics, a review of state functions (again!)
03
04
Looking at the framework of the 1st Law of Thermodynamics, understanding energy and the forms it can take
05

TxTech @ TX
06
07
Calculations involving initial and final states. Path dependent functions (heat and work)
08
09
Calorimetry, coffee-cup and bomb calorimetry
10
11
PV work - when energy is more than just heat
12
TX @ Missou
13
14
Hess' Law, combining steps to get to the overall change
15
16
A look into the 2nd Law of thermodynamics, what is entropy?
17
18
Entropy as "time's arrow", a look at the Boltzmann equation for entropy
19
KState @ TX
20
21
A shift over to Free Energy ("user friendly" 2nd law pointer)
22
23
Defining free energy and the ramifications of a "spontaneous reaction".
24
Thanksgiving

TX @ TAMU
25
no class day
26
27
28
Summary of Thermodynamics, Exam 4 discussion
29

Exam 4
7-9pm

30
Course recap and looking ahead to the final exam

December 2011

Sun Mon Tue Wed Thu Fri Sat
01
02
Last day of class, discussions about the final exam and letter grades
03

TX @ Baylor
04
05
no class day
last chance office hours
06
no class day
last chance office hours
07
Final Exams begin for UT
08

Final
2-5p
50965

09
10

Final
9-12n
50960

Final
7-10p
50950

11
12
13
last day for UT Finals
grades due for 50965
14
15
grades due for 50950 and 50960
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31

This calendar has been prepared with all intensions of following it each and every day. However, material can take longer than expected at times and can end up getting pushed to a later date than scheduled. Each unit has a wrap-up day on the Monday's before the exams. ALL material WILL get covered by that time. I do plan on doing my best to stay on schedule. The subjects discussed here are easy to find in ANY general chemistry book. Use the table of contents and/or the index of your book to help you find the subject material.
- Dr. McCord