Chemistry 211 (Sect. 1230) Schedule - Spring 2000
Dr. Donald Robertson
(DONinLA@pacbell.net)
Office Hours: TTh 10:00-12:00 OC4502
Lecture: MW 10:30-11:45 p.m. OC4526
Lab: MW 12:00-2:50 p.m. OC4505
Date | Monday | Wednesday | Monday Lab | Wednesday Lab |
Jan 17-19 | Holiday | Review - Chem210 | Holiday | Safety - Quiz |
24-26 | 13.8-13.11 | 14.1-14.3 | ChemDraw | Exp I |
31-2 | 14.4-14.7 | 15.1-15.3 | Exp I | Exp II |
Feb 7-9 | 15.4-15.5 | 16.1-16.4 | Exp II | Exp III |
14-16 | Exam I | 17.1-17.3 | Exp III | Exp IV |
21-23 | Holiday | 17.4-17.5 | Holiday | Exp IV |
28-1 | 18.1-18.5 | 19.1-19.4 | Exp V | Exp V |
Mar 6-8 | 19.1-19.4 | 20.1-20.4 | Midterm Exam | Exam II in lab |
13-15 | 20.4-20.5 | 20.6-20.8 | Exp VI | Exp VI |
20-22 | 21.1-21.4 | 21.5-21.7 | Exp VII | Exp VII |
27-29 | Spring Break | Spring Break | Spring Break | Spring Break |
Apr 3-5 | 22.1-22.2 | 22.2-22.4 | Exp VIII | Exp VIII |
10-12 | 22.4-22.6 | Exam III23.1-23.4 | Exp IX | Exp IX |
17-19 | 22.6-22.8 | 23.1-23.7 | Exp X | Exp X |
24-26 | 24.1-24.4 | 24.5-24.8 | Final Lab Exam | Exp XI |
May 1-3 | 24.9-24.12 | 25.1-25.3 | Exp XI | Exp XI |
8-10 | 25.4-25.5, 26.1 | Exam IV | Finish Exp XI | Check Out - Final Review |
17 | Final Exam (May 17) 10:30 a.m. OC4526 |
Text: Organic Chemistry (4th Edition) - Seyhan Ege
Study Guide: Organic Chemistry (4th Edition) - Ege, Kleinman,
Zitek
Lab: Experiments in Organic Chemistry - Jonathan S. Nimitz
Molecular Modeling Kit
Chap | Chapter Title | Chap | Chapter Title |
13 | Aldehydes and Ketones | 20 | Aromatic Compounds: Aromatic Substitution Reactions |
14 | Carboxylic Acids I: Acyl Transfer Reactions | 21 | Free Radicals |
15 | Carboxylic Acids II: Synthetic Transformations | 22 | The Chemistry of Amines |
16 | Structural Effects in Acidity & Basicity | 23 | The Chemistry of Heterocyclic Compounds |
17 | Enols as Nucleophiles I: Alkylations & Condensations | 24 | Carbohydrates |
18 | Polyenes | 25 | Amino Acids, Peptides, and Proteins |
19 | Enols as Nucleophiles II: Conjugate additions | 26 | Macromolecular Chemistry |
Date | Experiment (Print Your Experimental Protocols From Online) | Expt. No. |
Jan 19 | Safety Orientation, Lab Notebook, Reports, etc. -- Safety Quiz | --- |
24 | Locker Checkin - ChemDraw and Chem3D Exercises | ChemDraw |
26 | The Radical Initiated Chlorination of 1-chlorobutane | Exp I |
31 | The Radical Initiated Chlorination of 1-chlorobutane | Exp I |
Feb 2 | Fischer Esterification: Preparation of Isopentyl Acetate (Isoamyl Acetate) | Exp II |
7 | Fischer Esterification: Preparation of Isopentyl Acetate (Isoamyl Acetate) | Exp II |
9 | Esterification of Cholesteryl Benzoate | Exp III |
14 | Esterification of Cholesteryl Benzoate | Exp III |
16 | Diels-Alder Cycloaddition: Reaction of Cyclopentadiene with Maleic Anhydride | Exp IV |
21 | Holiday - No Class | --- |
23 | Diels-Alder Cycloaddition: Reaction of Cyclopentadiene with Maleic Anhydride | Exp IV |
28 | Aromatic Side-Chain Oxidation: o-Chlorobenzoic Acid from o-Chlorotoluene | Exp V |
Mar 1 | Aromatic Side-Chain Oxidation: o-Chlorobenzoic Acid from o-Chlorotoluene | Exp V |
6 | Lab Exam I - Midterm | --- |
8 | Exam II - in lab | --- |
13 | Electrophilic Aromatic Substitution: Nitration of Methyl Benzoate | Exp VI |
15 | Electrophilic Aromatic Substitution: Nitration of Methyl Benzoate | Exp VI |
20 | Electrophilic Aromatic Substitution: Friedel-Crafts Alkylation | Exp VII |
22 | Electrophilic Aromatic Substitution: Friedel-Crafts Alkylation | Exp VII |
28-30 | Spring Break - Vacation | --- |
Apr 3 | Amide Synthesis: Preparation of N,N-diethyl-m-toluamide | Exp VIII |
5 | Amide Synthesis: Preparation of N,N-diethyl-m-toluamide | Exp VIII |
10 | Diazonium Coupling Reactions | Exp IX |
12 | Diazonium Coupling Reactions | Exp IX |
17 | Reduction of a Nitro Group: Preparation of m-aminoacetophenone | Exp X |
19 | Reduction of a Nitro Group: Preparation of m-aminoacetophenone | Exp X |
24 | Catchup --- Lab Final Exam | --- |
26 | Multi-step Synthesis | Exp XI |
May 1 | Multi-step Synthesis | Exp XI |
3 | Multi-step Synthesis | Exp XI |
8 | Multi-step Synthesis - Conclusion | Exp XI |
10 | Check out of Lab Drawers | --- |
Office Hours: I will hold office hours from 10:00-12:00 a.m. on Tuesday and Thursday mornings in OC4502. Please feel welcome to come in if you have questions about the class lecture, laboratory, anything related to chemistry or just to chat for a while. I will be available at other times, but you will need to make an appointment . You can come in unannounced during my regular office hours (just knock on the outside door if it is locked).
Homework Problems: You should solve most of the in text problems. In addition, the problems listed below, from the end of each chapter, should be solved. Use the study guide to check for accuracy. You don't need to solve all problems, but you should solve most of them, to understand the concepts better. Homework will not be graded, but you are given credit for handing it in on time. Homework is due the lecture period after the last lecture for that chapter. Homework handed in late will not receive credit.
Chap |
Problems to be solved |
Chap |
Problems to be solved |
13 |
--- |
20 |
23, 24, 25, 27, 29, 31a,c, 35, 37, 40, 43 |
14 |
33,34,35,43 |
21 |
13, 14, 15, 19, 22, 24 |
15 |
27, 28, 29a,b,c, 30a,b, 31, 33a,b,c, 35, 36, 38a, 41 |
22 |
18, 19, 23 |
16 |
18, 20, 21a,b,c,f, 23, 25, 26, 29 |
23 |
21, 23, 25, 29, 30, 32 |
17 |
1, 4, 7a,b,c, 9, 12, 13a,b,d, 24a,b |
24 |
33, 34, 35, 36, 37, 38, 39a,b,c,e, 41a,b, 42a,b,c, 51, 53 |
18 |
1, 2, 3, 4, 19a,b,c,d, 20b |
25 |
27, 28, 29, 31, 34a,b,c,d, 35a,b,c,d |
19 |
1, 2a,b,d, 4a,b,d |
26 |
|
Miscellaneous Information:
Special Needs: A student with a verified disability may be entitled to appropriate academic accommodations. Contact one of the following: Your instructor; Disabled Students Program and Services (Loretta Bohl, ext. 6658 at the Oceanside campus, or Dean Marty Spring, ext. 7888 at tje San Elijo campus); or the Office of the ADA Coordinator (Carol Rodriguez at ext. 6866). Some lead time will be necessary, so please make arrangements as early as possible.
Chemistry 211 is the second semester of a two-semester organic chemistry course for science majors. Lab work consists of a variety of experiments designed to acquant you with standard organic chemistry procedures and reactions. You are expected to read the assigned material prior to attending lecture.
Homework Problems: Problems from the end of each chapter should be solved. You don't need to solve all assigned problems, but you should solve at least some for each section to obtain an understanding of the concepts. Homework is not graded but you are given credit for handing it in on time. Homework is due the lecture period after the lecture for that chapter was completed. Homework handed in late will receive no credit.
Lab Attendence: Chemistry is an experimental science, and lab attendence is mandatory. The laboratory section must be passed in order to pass the course. If you miss two or more labs, you are subject to dismissal from the class. Each lab experiment has a lab report that must be handed in for credit. You should fill in the lab reports as the experiments are being performed in the lab. Do not take notes and then transfer data to your report later. Lab Reports are due the next week at the beginning of the next lab period. Lab reports turned in after the beginning of the next lab period will be deducted 10%, if turned in that day. Lab reports turned in after this date will be deducted 50% as a late penalty, but lab reports cannot be turned in for credit later than one week after it was originally due (that is, two weeks after the lab was completed). Format for Lab Notebook and Lab Reports is online.
Additional Lab Information:
Cheating: You are expected to abide by the MiraCosta College Honor Code. Cheating includes the copying or exchanging of information during exams or quizzes or plagiarism (copying another's work and turning it in as your own). If you are caught cheating you will be removed from class, disciplined by the Dean of Students and you may fail the course.
COURSE GRADING POLICY:
Exams (425 pts): Four exams will be given. Your highest three exams will be counted towards your final grade. If you miss an exam, it cannot be made up. The exam missed will automatically be the exam dropped. Exams will include material covered in lecture. There may be times when a specific question was not covered in class, but if you learn to apply what you know from lecture, the application of this knowledge to these questions will allow you to answer these questions. If you have concerns about exam grades, please return it to me and I may regrade it, but I have the option to regrade the entire exam.
Quizzes (100 pts): Quizzes will be given during weeks that no exam is scheduled and may be unannounced. Missed quizzes cannot be taken late or made up. At least one quiz will be dropped, and this will be the lowest score, or it will be your missed quiz.
Homework (25 pts): Homework problems are not graded, but you are given credit for handing homeowork in on time. Homework is due the lecture period after the lecture for the chapter was completed. Homework handed in late will receive no credit.
Lab (250 pts): You must pass the lab in order to pass the course. Your lab grade will depend on your preparedness, technique, safety, lab notebook and your written reports, including any assigned problems. You can drop one lab. Since labs cannot be made up, a missed lab will be the one dropped. If you miss other labs, you will forfeit the points for those labs. Lab reports and exercises will be worth 150 points total. There will be mid-term and final lab exams which will cover experiments and techniques peformed in the lab. Lab exams are worth 100 points.
Final Exam (200 pts): A comprehensive final exam covering all lecture material must be taken to pass course.
Final Grade: Your final course grade will be based on the weighting described above. Letter grades will be assigned according to the following percentages.
A |
90% |
B | 80% | C | 70% | D | 60% | F | <60% |
Preparation and Study Time Required: Depending on your background,
how easily you grasp the material and how effectively you listen, take notes,
and study, the time you will need to spend outside the class will vary. A
good estimate is at least 1-2 hours outside studying for each hour in lecture.
The amount of time you need to spend depends upon how well you use your time,
and your preparation. If you are struggling, you probably need to study more.
I look forward to teaching you. I hope you enjoy learning chemistry.
I'll be glad to discuss concerns or suggestions regarding this class or related
topics. I encourage you to set goals for yourself, stay current in the class.
Read the chapter prior to lecture.
Attendence and Drops: It is your responsibility to drop the class if you do not wish to continue enrollment. If you do not officially drop the class, but just stop attending, you will receive an "F" when grades are turned in.
Online Course Information: Important class information, including grades, review information, sample quizzes and exams, and other useful chemical information can be viewed online at http://home.pacbell.net/doninla
You can E-mail me at: DONinLA@pacbell.net
Thanks for being in the class.