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Course Calendar

September, 2002
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

 

       


October, 2002
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

 

November, 2002
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

December, 2002
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

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MITDepartment of Chemistry

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Last updated: November 26, 2002