|
 |
 |
Course Calendar
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
2 |
3
Registration Day
|
4
Lecture 1
Evolution of atomic theory, discovery of electron |
5
Recitation
|
6
Lecture 2
Discovery of nucleus, need for quantum mechanics
|
9
Lecture 3
Wave-particle duality of light, photoelectric
effect
|
10
Recitation
|
11
Lecture 4
Wave-particle duality of matter |
12
Recitation
|
13
Lecture 5
Wave equation, H atom energy levels
Problem Set #1 Due
|
16
Lecture 6
Wave functions for H atom
|
17
Recitation
|
18
Lecture 7
Physical significance of wave functions
5-6 pm Forum in 6-233
|
19
Recitation
|
20
Lecture 8
Wave functions and energy levels for multielectron
atoms
Problem Set #2 Due
|
23
Student Holiday |
24
Recitation
|
25
Lecture 9
Electronic structure of multielectron atoms, photoelectron
spectra |
26
Recitation
|
27
Lecture 10
Trends in ionization energy, electron affinity,
electronegativity
Problem Set #3 Due
|
30
Lecture 11
Covalent bonds, dipole moments
|
|
|
|
|
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
|
1
Recitation
|
2
Exam #1 Walker Gym 50-340
|
3
Recitation
|
4
Lecture 12
Ionic bonds
Add Date |
7
Lecture 13
Kinetic theory, Maxwell-Boltzmann distribution |
8
Recitation
|
9
Lecture 14
Intermolecular forces, H-bonding, liquids
5-6 pm Forum in 6-233
|
10
Recitation
|
11
Lecture 15
Internal degrees of freedom
Problem Set #4 Due
|
14
Columbus Day Holiday |
15
Columbus Day Holiday |
16
Lecture 16
Vibrational and rotational spectroscopy |
17
Recitation
|
18
Lecture 17
Enthalpy and Gibb's free energy, second law
of thermodynamics
Problem Set #5 Due
|
21
Lecture 18
Chemical equilibrium |
22
Recitation
|
23
Exam #2 Walker Gym 50-340
|
24
Recitation
5-6 pm Forum in 6-233
|
25
Lecture 19
Arrhenius, Bronsted and Lewis acids and bases
|
28
Lecture 20
Acid-base calculations |
29
Recitation
|
30
Lecture 21
Titrations and buffers |
31
Recitation
|
|
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
|
|
|
|
1
Lecture 22
Oxidation-reduction, electrochemical cells
Problem Set #6 Due
|
4
Lecture 23
Cell and half-cell potentials, Nernst equation
5-6 pm Forum in 6-233
|
5
Recitation
|
6
Lecture 24
VSEPR, hybridization |
7
Recitation
|
8
Lecture 25
Valence bond theory
Problem Set #7 Due
|
11
Veterans Day Holiday |
12
Recitation
5-6 pm Forum in 6-233
|
13
Lecture 26
Molecular orbital theory |
14
Recitation
|
15
Lecture 27
Electronic structure of diatomics
Problem Set #8 Due
|
18
Lecture 28
Electronic structure of polyatomics |
19
Recitation
|
20
Exam #3 Walker Gym 50-340
Drop Date
|
21
Recitation
|
22
Lecture 29
Coordination Compounds |
25
Lecture 30
Transition Metals and Ligands |
26
Recitation
|
27
Lecture 31
Crystal Fields
Problem Set #9 Due
|
28
Thanksgiving Day Holiday |
29
Thanksgiving Day Holiday |
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
2
Lecture 33
Spectroscopy and magnetism
Problem
Set #9 Due
5-6 pm Forum in 6-233
|
3
Recitation
|
4
Lecture 33
Bonding in transition metal complexes |
5
Recitation
|
6
Lecture 34
Energy: Where will it come from?
Problem Set #10 Due
|
9
Lecture 35
Porphyrins and Vampires
|
10
Recitation
|
11
Lecture 36
From 5.112 to a $1.5 billion drug
|
12
Recitation
Last day of classes
|
13
|
16
|
17 |
18 |
19 |
20 |
|