Chemical Technology IV - Community College of Rhode Island

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Chemical Technology IV
Fall, 2010
COMMUNITY COLLEGE OF RHODE ISLAND
Syllabus
CHEM-TEC IV – Evening Program
Fall – 2010
COURSE NUMBER:
CHMT 2420-107
COURSE TITLE:
Chemical Technology IV
CREDITS:
TEXTS (3):
8
1.)
Fundamentals of Organic Chemistry
By John McMurry
2.)
Study Guide and Solutions Manual for
Fundamentals of Organic Chemistry
By Susan McMurry
3.)
Modern Chemical Technology, Vol. II
By Hajian & Pecsok
note:
INSTRUCTOR
Purchased at STAPLES on Bald Hill Rd.,
Warwick, RI
Call the “copy center” of STAPLES
(828-3737) one hour in advance of
purchase time
Professor Wayne Suits
TELEPHONE NUMBERS:
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Office:
825-2010
Lab:
825-2240
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Chemical Technology IV
Course Description
This will be the fifth and the final semester of your ChemTec sequence. The class will
meet on Thursday evening and on Saturdays. This semester we will complete our
coverage of Organic Chemistry. Operation and/or data interpretation of two new
instruments will also be covered. These are the nuclear magnetic resonance
spectrometer (NMR), and the mass spectrometer. We will expand our use of the
infrared spectrophotometer (IR), the gas chromatograph (GC), the high performance
liquid chromatograph (HPLC) and the ultra violet spectrophotometer (UV Spec). During
the semester you will be required to identify a general unknown. The analysis will
involve collections of physical properties (b.p., m.p., etc.) and interpretation of
instrumental analysis (IR, NMR and Mass Spec.). Ample time is allotted at the end of
each Saturday lab for students to work on their general unknowns.
We will also continue to use the OWL (Online Web-based Learning) system as an
assessment tool. In fact, your performance in the OWL system will count as one of your
four, 100 point exams.
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Chemical Technology IV
Lecture Syllabus
I
Aromatic Compounds ( Chapter 5, Organic Chem, J. McMurry)
II Stereochemistry ( Chapter 6, Organic Chem, J. McMurry)
III Alkyl Halides (Chapter 7, Organic Chem, J. McMurry)
IV Structure Determination (Chapter 13, Organic Chem, J. McMurry )
V Alcohols, Ethers & Phenols (Chapter 8, Organic Chem, J. McMurry)
VI Aldehydes and Ketones: Nucleophilic Addition Reactions (Chapter 9, Organic
Chem, J. McMurry)
VII Carboxylic Acid Derivatives (Chapter 10, Organic Chem, J. McMurry)
Techniques
VIII Solubility, Solvents, and Extractions (Chapter 15, Modern Chem Tech, Hajian &
Pecsok)
IX Chromatographic Separations (Chapter 16, Modern Chem Tech, Hajian & Pecsok)
X Liquid Column Chromatography (Chapter 17, Modern Chem Tech, Hajian &
Pecsok)
XI Gas Chromatography (Chapter 18, Modern Chem Tech, Hajian & Pecsok)
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Fall, 2010 Page 4 of 7
Chemical Technology IV
I.
1.
Lab Syllabus
Safety, Check-In & General Unknown
Preparation of m-dinitrobenzene
2. The Nitration Of Bromobenzene
5-1
5-2
3.
TLC of Nitration Products
5-3
4.
Free-Radical Chlorination of 1-Chlorobutane
6-1
5.
Competitive Nucleophiles
Handout
6.
Synthesis Using a Grignard Reagent
8-1
7.
TLC of Analgesics
Handout
8.
Handout
9.
An Oxidation-Reduction Scheme: Borneol to Camphor to
Isoborneol
Preparation of Methyl Salicylate
10.
Preparation of a Local Anesthetic: Benzocaine
Handout
11.
Liquid – Liquid Miscibility
15-1
12.
Effect of Strong Electrolytes on Miscibility of Liquids
15-2
13.
Nonaqueous Acid-Base Titration
15-3
14.
Extracting Oil from Nuts
15-4
15.
Isolation of Chlorophyll and Carotenoid Pigments from Spinach
Handout
16.
Quantitative Gas Chromatography Determination by Comparison
with a Standard Mixture
18-1
17.
Quantitative Gas Chromatographic Determination of 2-Propanol
in 1-Propanol Using the Internal Standard Method
18-2
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FORMAT FOR LAB REPORTS
Name
Date of Writing
Exp. #
Title of Experiment
Purpose:
State the purpose of the experiment and present a brief overview of how
this will be achieved; i.e., techniques involved.
Reactions:
Write the synthesis reaction.
Procedure:
In most cases, the lab procedure will come directly from a lab manual or
Instructor's Handout. Consequently, referencing this material may satisfy
this section.
Procedure
Modifications:
Were any changes made to the referenced procedure?
Data:
These are all the measurements (weights, volumes, absorbances, etc.)
taken during the lab. A unit must accompany each data entry. Erroneous
data must never be erased but rather one line should be drawn through it.
Whenever possible, data should be presented in a data table. The table
should be constructed before coming to lab. A table of physical
constants (CRC) for all organic reactant and product must be
included in this section.
Calculations:
These are the arithmetical manipulations performed on the data entries. If
a particular calculation is to be repeated several times, then only one
sample calculation need be demonstrated. Remember, whenever data is
used in a calculation, its unit must also be included in the calculation.
Results:
These are the results of the calculations. Whenever possible, put results in
table form. Remember units.
Conclusion:
The conclusion refers back to the purpose of the experiment by answering
the question(s) posed in the purpose. Experimental results are restated in
the conclusion.
Lab reports will be graded on the following criteria:
1)
2)
3)
4)
5)
Neatness and Organization
Completeness
Calculations
Conclusions
Accuracy of Results
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EVALUATION PROCEDURE
CHMT IV 2420-107
Lab Reports
Pre-Lab Quizzes
Exams
Final Exam
Best 19 of 20
Best 13 of 14
Best 3 of 4
380
130
300
200
Possible Total:
1010
Please note that the General Unknown will count for a total of 80 points or 4 lab reports.
MAKE-UP POLICY
Before tabulating your final grade, I will drop your lowest lab report and your lowest pre-lab quiz.
This will preclude the necessity for any make-up.
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COMMUNITY COLLEGE OF RHODE ISLAND
SAFETY RULES
Statement on Safety Rules: You must observe the following lab instructions that are given for
your safety and the safety of other students in your class.
1.
Safety glasses must be worn in the laboratory at all times. Safety glasses may be purchased
in the bookstore.
2.
Whenever an accident occurs, notify your instructor immediately.
3.
When heating a substance in a test tube, never point the open end of the test tube at
yourself or your neighbors.
4.
Whenever using a Bunsen burner, make sure that long hair is tied back.
5.
When attempting to detect chemical odors, exercise extreme caution. Keep your face a
good distance away from the unknown substance and use your open hand to gently waft
the vapors toward your nose.
6.
Never taste a chemical.
7.
Avoid touching hot objects, such as the barrel of a gas burner.
8.
When diluting acids with water, always pour the acid into the water carefully. Do not pour
water into acids. Remember, ...always add acid to water like you oughta.
9.
If any chemical is spilled or splashed on your skin, flush the affected area with large
amounts of water. If you splash chemicals in your eyes, use the eye wash immediately.
In the case of larger spills, use the emergency safety showers. Report the occurrence to
the instructor.
10.
Always read the label on the reagent bottle before using the substance in the bottle.
11.
When dispensing liquid reagents from a reagent bottle, always hold the bottle with the label
facing the palm of your hand and pour out the side opposite the label.
12.
To prevent contamination of reagents, always replace the cap from a reagent bottle
immediately after using it.
13.
Always heat a volatile, flammable substance in a water bath or steam bath, preferably
under a hood. Never use a direct flame.
14.
Shoes must be worn in the lab at all times (i.e., no sandals).
15.
No food, drinks or smoking are allowed in the lab.
16.
Familiarize yourself with the location at the eyewash, the safety shower, the fire
extinguisher and the fire blanket.
17.
If you are unsure exactly which chemical to use or how to do a procedure, ask your
instructor before you proceed.
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