Course Meeting Times
Lecture
T/TH 11:00am - 12:20pm
BAG 131
Lectures are recorded via Panopto, and available as live streams.
Attendance is not monitored in lecture and you only need to attend in person for the 3 midterms and the final exam. If you need to miss an exam for any reason, please submit a response to this absence form.
Discussion Sections
Wednesdays (times and locations per the UW Time Schedule)
Discussion sections are not recorded and in-person participation is expected. You are allowed to miss two discussion sections without penalty. If you need to miss discussion section for any reason, please submit a response to this absence form.
Teaching Team
Office Hour Information
Instructor
Dr. Samantha Robinson | sjconnel@uw.edu
Teaching Assistants
Chris Kim (sections AA, AB, AE, AF) | (use Canvas inbox messages to contact Chris)
Alex Silver (sections AC, AD) | (use Canvas inbox messages to contact Alex)
Course Materials & Connectivity
Textbook
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- Organic Chemistry, 7th edition (Loudon & Parise, Macmillan)
- Study Guide & Solutions Manual for Organic Chemistry, 7th edition (Loudon & Parise, Macmillan)
- Achieve Online Homework (Macmillan)
- Molecular Model Kit
- Non-graphing calculator
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(More information is available on the Textbook Information Page)
Internet & Instructional Technology
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- Access to a computer or tablet
Need a device? Try Student Technology Loan Program funded by Student Technology Fees
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- Daily online access
- Canvas (canvas.uw.edu)
- Achieve Online Homework (Register through the link in the Achieve Canvas Module)
- Gradescope (gradescope.com)
- Should we need to pivot to remote discussion sections or exams:
- Zoom (washington.zoom.us)
- You will need the ability to convert a sheet of paper and/or file to pdf
- Daily online access
You will NOT need a printer or separate scanner for this course, but submissions cannot be a group of individual image files. There are free apps available for both Apple and Android devices: ie, Genius Scan, Scannable, and the native "Notes" app on Apple devices.
Learning Objectives
Students who successfully complete CHEM 237 will be able to
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Describe the core physical and chemical principles that explain bonding in organic molecules
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Convert between names, two-dimensional representations, and three-dimensional structures of organic compounds
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Identify acids and bases using both the Lewis and Bronsted frameworks
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Use the Lewis acid-base framework to describe organic reactions using curved-arrow mechanisms and use those mechanisms to predict the specific results of those reactions
- Describe how the three-dimensional shape of organic molecules can lead to handedness and different conformations
- Predict the major product of organic reactions based on reactant structure and reaction conditions for alkene & alkyne reactions
See a more specific breakdown of objectives & skills per chapter in the Canvas site.
Course Components & Grading
The course consists of:
- 2 recorded in-person class sessions per week - Recordings will be available in Panopto in Canvas
- 1 in-person discussion section per week with a teaching assistant (sessions are not recorded)
- Daily work in the Achieve online homework platform
- In-person exams administered during the lecture time in BAG 131
- Various participation assignments: exam reflections, reading assignments, etc.
Exams |
|
|
---|---|---|
|
3 midterm exams (18% each, drop 1) |
36% |
|
1 cumulative final exam |
40% |
Participation |
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|
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10 Discussion Sections (drop 2) |
8% |
|
Auxiliary Participation Assignments (Includes Active Reading Assignments, Surveys, and Exam Reflection Assignments) |
7% |
Achieve Online Homework |
|
|
|
10 Assignments (drop 1) |
9% |
TOTAL |
100% |
Some additional notes on grading:
- The final median GPA in Chemistry 237 generally falls between 2.6-2.9. (Historically the class total average percent is ~75% at the end of the quarter)
- It is the Chemistry Department’s policy not to make grade changes of 0.1 after final class grades are submitted to the UW Registrar.
- Your scores for the various assignments and exams will be recorded using the online Gradebooks in Canvas.