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Jan 11, 2017 by Bulletin Admin (bulletin)
Jun 21, 2017 by Gina Harris (gharris)
CHEM 2154 : Organic Chemistry Laboratory II
Wed, 21 Jun 2017 08:02:11 GMT
Tue, 20 Jun 2017 15:15:33 GMT
Catalog Pages referencing this course
Biochemistry and Molecular Medicine
Biological Sciences (BISC)
University General Education Requirement
Programs referencing this course
BISCCMB-BS: Biology, Cell and Molecular Biology Concentration
BISCGB-BS: Biology, General Biology Concentration
CEMP-BS: Civil Engineering, Medical Preparation Option
CHEM-BA-4: Chemistry, Option 4
CHEM-BA1: Chemistry, Option 1 (BA)
CHEM-BA2: Chemistry, Option 2 (BA)
CHEM-BA3: Chemistry, Option 3
CHEM-BA4: Chemistry, Option 4
CHEM-BS1: Chemistry, Option 1 (BS)
CHEM-BS2: Chemistry, Option 2 (BS)
CHEM-BS3: Chemistry, Option 3 (BS)
CHEM-BS4: Chemistry, Option 4 (BS)
EEMP-BS: Electrical Engineering, Medical Preparation Option
EXSCPMP-BS: Exercise Science, Pre-medical Professional Concentration
MEMP-BS: Mechanical Engineering, Medical Preparation Option
Other Courses referencing this course
In The Catalog Prerequisites:
BIOC 6221 : Proteins, Pathways, and Human Health
Columbian College of Arts and Sciences
Long Course Title
Organic Chemistry Laboratory II
Short Course Title
Organic Chemistry Laboratory
Number of Credits
Default Grading Method
Repeatable for Credit?
CHEM 2152 and CHEM 2153
Frequency of Offering
Are there Course Equivalents?
Are Fees Applicable?
Explanation and Description of Fees
Are Additional Resources Required?
Explanation of Additional Resources
Justification for Additional Resources
Describe any Sources of Additional Funding
Continuation of CHEM 2153. Laboratory component of CHEM 2152. Introduction to and practice in basic skills of synthesis, separation, purification, and identification of organic compounds. CHEM 2152 may be taken as a corequisite. Laboratory fee.
Demonstrate proficiency in organic laboratory techniques, including procedures for the
separation, purification, and characterization of organic substances.
• Interpret experimental and spectroscopic observations and draw conclusions about the
• Summarize and explain experimental observations in a coherent laboratory notebook.
• Apply the techniques learned to a set of typical organic reactions; deduce (predict) the structure
of organic compounds utilizing chemical and spectroscopic methods.
• Calculate reaction yields and evaluate the relative success of reactions.
• Apply safe laboratory practices and proper chemical hygiene to all operations.
Uploaded a Course Syllabus
Explanation of how the course differs from similar GW courses
Gen Ed: Nat or Phys Sci
enrollment figure is per section. 196 total per semester.
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