Organic Chemistry I and Organic Chemistry II
Instructors: Dr. Jan Milecki
(Lecture) and Jacob Garjewski (Laboratory)
Consultants: NCSU faculty members Dr. Kay
Sandberg and Dr. Maria Gallardo-Williams will provide web-based materials based
on the design at NCSU. This course is based on CH221 and 223 (lectures for I
and II, respectively) and CH222 and CH224 (laboratories for I and II,
respectively). The lectures and
laboratories are 3 and 1 credits, respectively.
The corresponding ISU courses are Chem331, 332
and the laboratories are Chem331L and 332L.
Organic Chemistry I Lecture
1 |
Organic structures and Alkanes |
2 |
Alkane nomenclature |
3 |
More
alkane nomenclature and physical properties of alkanes |
4 |
Combustion of alkanes, bicycloalkanes,
conformations of alkanes |
5 |
Cyclohexane chemistry |
6 |
Acid base chemistry & Alkyl halide and
alcohol introduction |
7 |
SN1 mechanism & carbocation stability |
8 |
Halogenation of alkanes |
9 |
Spectroscopy: NMR |
Exam 1 |
Lectures 1 – 8 |
10 |
Alkenes: nomenclature, physical properties,
E1 rxn |
11 |
Alkene Preparations: Dehydration & dehydrohalogenation |
12 |
NMR with pi-systems and IR |
13 |
Alkene addition rxns
- electrophilic addition & free-radical addition |
14 |
More alkene addition reactions |
15 |
More alkene reactions: Polymerization & Ozonolysis; Chirality |
16 |
Chirality:
R/S configuration determination |
Exam 2 |
Lectures 9 – 15 |
17 |
Chirality:
reactions |
18 |
The SN2 mechanism |
19 |
Predicting which of the 4 mechanisms leading
to the MOP |
20 |
Ethers and sufides |
21 |
Epoxide chemistry |
22 |
Alcohol synthesis & carbonyl reduction |
23 |
Diol synthesis & alcohol oxidation |
Exam 3 |
Lectures 16 – 22 |
24 |
Thiol chemistry & introduction to alkynes |
25 |
Alkynes –preparations & reactions |
26 |
Alkyne reactions |
Organic Chemistry I Laboratory
Day |
Experiment |
Safety Briefing Introduction to the Lab |
|
Experiment 1: Thin Layer Chromatography |
|
Experiment 2: Infrared Spectroscopy |
|
Experiment 3: Extraction |
|
Experiment 4: Dehydration of an Alcohol/
Gas Chromatography |
|
Experiment 5: Nucleophilic Substitution:
The SN2 Reaction Final
Written Quiz Laboratory Cleanup and
Checkout |
Learning Outcomes
Upon successful completion of this course, the student will be
able to:
1. Become aware of the
safety procedures and regulations that must be observed when performing organic
chemistry experiments in a laboratory.
2. Perform simple
separations using Thin Layer Chromatography.
3. Determine melting points
and boiling points and use them to characterize organic compounds.
4. Perform Infrared
Spectroscopy and use the results obtained to identify organic compounds.
5. Accomplish the separation
of predetermined chemical mixtures by using liquid-liquid extraction and microextraction.
6. Complete small-scale
synthesis of simple organic materials and characterize the products obtained
using a variety of techniques.
7. Use Gas Chromatography as
a tool for separation and characterization of organic materials.
8. Combine the use of different synthetic and
separation methods in order to execute multi-step synthesis.
Organic Chemistry II Lecture
1 |
Conjugation: allylic systems |
2 |
Conjugation:
dienes, Diels-Alder reaction |
3 |
Aromaticity: properties, nomenclature,
benzylic bromination |
4 |
Aromaticity:
attributes that make a system aromatic |
5 |
Alkenylbenzene
reactions & Birch reduction |
6 |
Electrophilic aromatic substitution |
7 |
EAS:
substituent effects |
8 |
Organometallic chemistry |
Exam 1 |
Lectures 1 – 7 |
9 |
Carbonyl reductions to alcohols & alcohol
oxidations to carbonyls |
10 |
More aldehyde & ketone chemistry,
hydration, cyanohydrin |
11 |
Carbonyl reactions: hemiacetal & acetal
|
12 |
Carbonyl reactions: imines, enamines, Wittig,
enol |
13 |
Enol and enolate
ion chemistry |
14 |
Alpha-beta unsaturated carbonyl chemistry,
carboxylic acid intro |
15 |
Carboxylic acid reactions |
16 |
Carboxylic acid derivatives |
Exam 2 |
Lectures 8 – 15 |
17 |
Carboxylic acid derivatives – esters &
amides |
18 |
Nitrile chemistry & ester enolates |
19 |
Ester enolates in
synthesis |
20 |
Amines – nomenclature & properties |
21 |
Amines – preparations & reactions |
22 |
Arylamine
reactions & aryl halide reactions |
23 |
NAS & phenol chemistry |
Exam 3 |
Lectures 16 – 22 |
24 |
Phenol reactions & sugars |
25 |
Select biochem
topics |
26 |
Select biochem
topics |
Organic Chemistry II Laboratory
Experiment |
Introduction
to the Lab Exp 1: Literature Search
Assignment |
Exp 2: NMR Spectroscopy |
Exp 3:
Reduction of a Ketone |
Exp 4: Oxidation of Acetophenone |
LABORATORY QUIZ 1 Exp 5:
Nitration of Methyl Benzoate |
Exp 6: Aldol Condensation |
Exp 7: Preparation of 1,4-diphenyl-1,3-Butadiene |
Exp 8:
Amide Preparation |
Exp 9: Arenediazonium Salts |
Exp 10:
Hydrolysis of Glycerol Tristearate |
Laboratory
Quiz 2 Laboratory Cleanup and Checkout |