|
|
Date |
Topic |
|
|
|
August |
|
|
|
1 |
M 30 |
Carbon
Compounds and Chemical Bonds |
Chemical
bonds, Lewis structures, octet rule (1.1-1.6; 1.10) |
|
|
September |
|
|
|
2 |
W 1 |
Carbon
Compounds and Chemical Bonds |
Formal
charge, resonance (1.7-1.9) |
|
3 |
F 3 |
Carbon
Compounds and Chemical Bonds |
Orbitals,
hybridization, molecular geometries |
|
|
M 6 |
Labor Day
- No Class |
|
|
4 |
W 8 |
Representative
Carbon Compounds |
Carbon-carbon
bonds, bond polarities (1.9-1.15) |
|
5 |
F 10 |
Representative
Carbon Compounds |
Functional
groups (2.1-2.13; 4.2-4.3) |
|
6 |
M 13 |
Representative
Carbon Compounds |
Functional
groups, physical properties (2.14-2.16) |
|
7 |
W 15 |
Alkanes |
Nomenclature
of alkanes and cycloalkanes (4.1-4.4) |
|
8 |
F 17 |
Alkanes |
Nomenclature
of alkenes and alkynes |
|
9 |
M 20 |
Alkanes |
Conformation (4.5-4.13) |
|
10 |
W 22 |
Alkanes |
Conformation,
synthesis |
|
|
F 24 |
Exam 1 |
|
|
11 |
M 27 |
Stereochemistry:
Chiral Molecules |
Isomerism,
enantiomers, planes of symmetry (5.1-5.6) |
|
12 |
W 29 |
Stereochemistry:
Chiral Molecules |
R-S
nomenclature, optical activty (5.7-5.10) |
|
|
October |
|
|
|
13 |
F 1 |
Stereochemistry:
Chiral Molecules |
Diastereoisomers, Fischer projections, stereoisomerism of cyclic compounds
(5.10-5.14) |
|
14 |
M 4 |
Organic
Reactions: Acids and Bases |
Mechanisms,
arrows, acid-base reactions (3.1-3.5) |
|
15 |
W 6 |
Organic
Reactions: Acids and Bases |
Ka,
pKa, structure and stability (3.5-3.10) |
|
|
F 8 |
Fall
Recess - No Class |
|
|
16 |
M 11 |
Organic
Reactions: Acids and Bases |
Carboxylic
acids, non-aqueous solutions |
|
17 |
W 13 |
Ionic
Reactions: Reactions of Alkyl Halides |
Alkyl
halides, nucleophiles and leaving groups |
|
18 |
F 15 |
Ionic
Reactions: Reactions of Alkyl Halides |
SN1
reaction mechanism, carbocations (6.8-6.14) |
|
19 |
M 18 |
Ionic
Reactions: Reactions of Alkyl Halides |
Factors
affecting rates of SN1
and SN2 reactions
(6.12-6.14) |
|
20 |
W 20 |
Ionic
Reactions: Reactions of Alkyl Halides |
E1 and E2
reactions, substitution vs. elimination (6.15-6.19) |
|
|
F 22 |
Exam 2 |
|
|
21 |
M 25 |
Alkenes
and Alkynes: Properties and Synthesis |
E-Z
nomenclature, relative stabilities, dehydrohalogenation, E2 mechanism
(7.1-7.6) |
|
22 |
W 27 |
Alkenes
and Alkynes: Properties and Synthesis |
Dehydration
of alcohols, carbocation rearrangements (7.7-7.8) |
|
23 |
F 29 |
Alkenes
and Alkynes: Properties and Synthesis |
Elimination
of vicinal dibromides, alkynes (7.9-7.11) |
|
|
November |
|
|
|
24 |
M 1 |
Alkenes
and Alkynes: Properties and Synthesis |
Hydrogenation,
index of hydrogen deficiency (7.12-7.15) |
|
25 |
W 3 |
Alkenes
and Alkynes: Addition Reactions |
Addition
of HX, Markovnikov's rule (8.1-11) |
|
26 |
F 5 |
Alkenes
and Alkynes: Addition Reactions |
Addition
of X2, stereochemistry of addition, halohydrins, carbene and
carbenoid formation (8.12-8.15) |
|
27 |
M 8 |
Alkenes
and Alkynes: Addition Reactions |
Oxidations,
additions to alkynes (8.16-8.20) |
|
28 |
W 10 |
Synthetic
Strategies |
Retrosynthetis
analysis, multistep synthesis (8.21) |
|
|
F 12 |
Exam 3 |
|
|
29 |
M 15 |
Radical
Reactions |
Homolysis,
radical stability, chlorination (10.1-10.5) |
|
30 |
W 17 |
Radical
Reactions |
Selectivity,
radical addition to alkenes (10.6-10.9) |
|
31 |
F 19 |
Alcohols
and Ethers |
Structure,
nomenclature, properties, synthesis (11.1-11.4) |
|
32 |
M 22 |
Alcohols
and Ethers |
Synthesis,
acidity of alcohols, sulfonates (11.5-11.10) |
|
|
W 24 |
Thanksgiving
- No Class |
|
|
|
F 26 |
Thanksgiving
- No Class |
|
|
33 |
M 30 |
Alcohols
and Ethers |
Reactions
of alcohols, synthesis of ethers, protecting
groups (11.11-11.12) |
|
|
December |
|
|
|
34 |
W 1 |
Alcohols
and Ethers |
Reactions
of ethers, epoxides, crown ethers (11.13-11.17) |
|
35 |
F 3 |
Alcohols
from Carbonyl Compounds |
Carbonyl
group, oxidation-reduction reactions (12.1-12.4) |
|
36 |
M 6 |
Alcohols from Carbonyl Compounds |
Alcohols
from Grignard reagents (12.5-12.10) |