CHE 535
Synthetic Organic Chemistry

VITAL INFORMATION

Instructor: Dr. Robert B. Grossman
Office: CP-339
Telephone: 257-1285
E-mail: robert.grossman@uky.edu
Office Hours: by appointment (just email me)

Textbooks.

The textbook for this class is the library. However, you will need a good set of molecular models. You might also find yourself referring back to your sophomore organic textbook to gain some remedial knowledge. Some books you may want to purchase:

Lecture notes

Will be posted here after the series of lectures is finished.

Exams

There will be a midterm exam, worth 30% of your grade, and a final, worth 35%. The exams will be open-book, but you will work individually.

Assignments

The rest of your grade will be derived from your performance on four out-of-class assignments. To complete these you can work with partners in groups of two or three. You may also choose to work alone on any particular assignment. You must work with a different partner for each assignment. You may work with the same person a second time only if you have worked with everyone in the class at least once.

You may submit your completed assignments to me by email if you observe the following restrictions:

  1. You must use a word processing program to write your text and a structure-drawing program to draw structures. I will not accept assignments that consist of cell phone photographs of hand-written text or structures.
  2. You must submit a single file in PDF format. Do not submit Microsoft Word or OpenOffice documents, and do not submit multiple files.

Please note:

  1. All references cited in problem sets must be accompanied by a printout or photocopy of the first page of the article and the page of the article on which the cited reaction appears, and the cited reaction and conditions must be highlighted or circled in red. I will not search papers to find the reaction you are citing as precedent.
  2. Do not cite reactions from sophomore textbooks or search engines (including Reaxys). Only the primary literature should be cited.
  3. Not all journals are available online. If a reference you need is not available online, hie thy butt down to the library. Interlibrary loans can get you articles from journals not carried at UK. Much of the old Russian literature is available in translation, and many people around the Chemistry department can fight their way through an article in German.

Graduate students will be differentiated from undergraduates by having to complete one additional assignment. The graduate students will be asked to compare the synthetic approaches to a single target compound (natural product or drug substance) that has been prepared three times. The target must not have been the subject of a published review article. This assignment will be due the last day of class. Undergraduates may do the assignment and use it to replace their lowest homework grade.

Guide to Using the Literature Properly.

Tentative Class Syllabus

  1. What is Organic Synthesis?
  2. Synthesis of alkynes
  3. Synthesis of alkenes and substituted arenes
  4. Functional group manipulation
  5. Carbonyl chemistry

Prerequisites

CHE 232 is the prerequisite for this course. I will assume you have command of the following subjects.
  1. identification of nucleophiles and electrophiles
  2. rearrangement of carbocations
  3. addition of HX to alkenes or alkynes (hydrohalogenation)
  4. addition of X2 to alkenes or alkynes (halogenation)
  5. catalyzed addition of H2 to alkenes or alkynes (hydrogenation)
  6. hydroboration/oxidation
  7. ozonolysis of alkenes
  8. the SN2 reaction
  9. E2 reaction
  10. oxidation of alcohols
  11. dehydration of alcohols
  12. formation of esters (what is the easiest way to make an ester)
  13. Diels-Alder reaction

Additional resources on Web


Return to Course Listing

UK Chemistry Home Page Return to the UK Chemistry Home Page

This page was last updated January 5, 2015.