Academic Programs > Science & Mathematics > Department of Physical Sciences > Syllabi and Lecture/Lab Schedules > Chemistry 212 Lab/Lecture Schedules
Chemistry 212 Lab/Lecture Schedules

 

 

                                                     LABORATORY SCHEDULE

 

Lab Manual:     Laboratory Manual for Organic Chemistry II (CHM 212)

Text: Organic Chemistry, 6th ed.

WEEK #

EXPERIMENT #

TOPIC

1

 

Check-in, Apparatus, Safety, Reports, Safety Quiz, Notebook, Spectroscopy

2

1

"Spectroscopy"

3

1

"Spectroscopy"

4

2

"Nitration of Methyl Benzoate"

5

3

"Intramolecular Friedel Crafts Cyclization Reaction"

6

4

"Synthesis of an Alcolhol by Borohydride Reduction"

7

5

"Synthesis of a Ketone by Hypochlorite Oxidation"

8

6A

 “Preparation of a Ketone Derivative”

9

6B

“Identification of an unknown aldehyde or ketone”

10

7

"Synthesis of a Phenol by Amine Diazotization"

11

8

"Synthesis of Methyl Benzoate by Fischer Esterification"

12

9

"Synthesis of Dibenzalacetone by Aldol Condensation”

13

10

“Polymer Lab TBA”

14

 

Check-out, Lab Practical Test

 

Pre-laboratory quizzes/exercises may be given at the discretion of the instructor.

 

THE CONTENTS OF THIS ADDENDUM CAN ONLY BE CHANGED WITH THE APPROVAL OF THE DEPARTMENT HEAD.

 

                                                           CHM 212 - ORGANIC CHEMISTRY II

                                                                       LECTURE SCHEDULE (MWF)

 

Section ____                                                                                      MWF  ___________________

SESSION #

TOPICS COVERED

[Text: Wade 6th ed.]

TEXT CHAPTERS

           1

Introduction to Course; Overview of IR Spectroscopy; Mass Spectrometry.  (Continued as Laboratory Topic)

Syllabus, 12/6-12,13,14

           2

Overview of Nuclear Magnetic Resonance Spectroscopy  (Continued as Laboratory Topic)

13/1-8, 12, 13

           3

Aromatic Compounds

16/1-6

           4

Aromatic Compounds

16/8,10,13-15

           5

Reactions of Aromatic Compounds

17/1-5

           6

Reactions of Aromatic Compounds

17/6-9

           7

Reactions of Aromatic Compounds

17/10,11,14,15

           8

Synthesis Practice (Nucleophilic & Addition Reactions)

17/(12, 13 optional)

           9

UNIT TEST I

 

         10

Review Test I,  Ketones and Aldehydes

18/1-4

         11

Ketones and Aldehydes

18/5,7-9

         12

Ketones and Aldehydes

18/10-13

         13

Ketones and Aldehydes

18/14-17

         14

Ketones and Aldehydes

18/18-21

         15

Amines

19/1-6

         16

Amines

19/7,9-13

         17

Amines

19/15-19

         18

Synthesis, Review

 

         19

UNIT TEST II

 

         20

Review Test II,  Carboxylic Acids

20/1-4

         21

Carboxylic Acids

20/5, 7-8

         22

Carboxylic Acids (optional)

20/9-11

         23

Carboxylic Acids

20/13-15

         24

Carboxylic Acid Derivatives

21/1-4

         25

Carboxylic Acid Derivatives

21/5-7

         26

Carboxylic Acid Derivatives 

21/8-11

         27

Carboxylic Acid Derivatives

21/12-14,16

         28

Summary of Carbonyl Compounds

18, 20, 21

SESSION #

TOPICS COVERED

TEXT CHAPTERS

         29

UNIT TEST III

 

         30

Review Test III, Enols and Enolate Ions

22/1,2

         31

Enols and Enolate Ions

22/3-5

         32

Enols and Enolate Ions

22/6-10

         33

Enols and Enolate Ions

22/11-14

         34

Enols and Enolate Ions

22/15-17

         35

Enols and Enolate Ions

22/18,19

         36

Synthesis practice using Enols and Enolate Ions

22

         37

Heterocyclic Aromatic Compounds, Polymerization Reactions

16/9, 12

         38

Polymerization Reactions

8/16; 26/1,2,5-8; 14/16

         39

Polymerization Reactions Continued

 

         40

Test IV

 

         41

Review Test IV

 

         42

Review for FINAL EXAM

 

Final Exam:  

THE CONTENTS OF THIS ADDENDUM CAN ONLY BE CHANGED WITH THE APPROVAL OF THE DEPARTMENT HEAD, BUT THE ACTUAL TIMING OF THE SCHEDULE MAY VARY SLIGHTLY AT THE DISCRETION OF THE INSTRUCTOR

 

                                                           CHM 212 - ORGANIC CHEMISTRY II

                                                                   LECTURE SCHEDULE

 

Section ____                                                                                       MW or TR  _________

SESSION #

TOPICS COVERED

[Text: Wade 6th ed.]

TEXT CHAPTERS

           1

Introduction to Course; Overview of IR Spectroscopy; Mass Spectrometry.  (Continued as Laboratory Topic)

Syllabus, 12/6-12,13,14

           2

Overview of Nuclear Magnetic Resonance Spectroscopy  (Continued as Laboratory Topic)

13

           3

Aromatic Compounds

16/1-6,8,10,13-15

           4

Reactions of Aromatic Compounds

17/1-8

           5

Reactions of Aromatic Compounds

17/9-11,14,15

           6

Reactions of Aromatic Compounds; Synthesis Practice

17/12,13

           7

TEST  I

            

           8

Ketones and Aldehydes

18/1-5,7-9,

           9

Ketones and Aldehydes

18/10-15

         10

Ketones and Aldehydes

18/16-21

         11

Amines

19/1-7,9-13,15,16

         12

Amines

19/17-25

         13

TEST  II

 

         14

Carboxylic Acids

20/1, 2, 4-8

         15

Carboxylic Acids

20/9-11,13-15

         16

Carboxylic Acids Derivatives

21/1-10

         17

Carboxylic Acid Derivatives

21/11-14,16

         18

Summary of Carbonyl Compounds

18,20,21

         19

TEST  III

 

         20

Enols and Enolate Ions

22/1-7

         21

Enols and Enolate Ions

22/8-11

         22

Enols and Enolate Ions

22/12-17

         23

Enols and Enolate Ions

22/18,19

          24

Synthesis using Enols and Enolate Ions

22

         25

Heterocyclic Aromatic Compounds

16/9, 12

         26

Polymerization Reactions

8/16, 26/1,2,5-8; 14/16

         27

TEST  IV

 

         28

Review of Test IV; Review for Final Exam

 

Final Exam: 

THE CONTENTS OF THIS ADDENDUM CAN ONLY BE CHANGED WITH THE APPROVAL OF THE DEPARTMENT HEAD, BUT THE ACTUAL TIMING OF THE SCHEDULE MAY VARY SLIGHTLY AT THE DISCRETION OF THE INSTRUCTOR

 

 

 

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