Organic Chemistry II Laboratory Experiments for Chemistry 222

Edition: 1

Copyright: 2021

Pages: 114

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$40.52

ISBN 9781792483370

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The laboratory techniques learned in Chemistry 221 are used to carry out reactions in aromatic substitution, organometallic chemistry, oxidation and reduction chemistry, esterification, and aldol condensations. A significant portion of the semester is devoted to determining the structure of unknown organic compounds, both theoretically in the spectroscopy section and practically in the separation and identification of an unknown compound, as well as verifying the identification of compounds synthesized in a lab. Success in the lab requires careful preparation—you must read the experiment and complete each pre-lab assignment prior to coming to the lab. 

The objectives of the laboratory sessions will provide the learners experience to:

  • work safely and comfortably in the lab
  • gain the experience of executing basic laboratory techniques and the use of modern instrumental methods.
  • make careful qualitative observations and obtain reproduceable quantitative data
  • maintain and keep a complete accurate and well-organized record of experimental laboratory work.
  • be able to evaluate experimental and instrumental data.
  • compile a complete laboratory report that includes valid conclusions based on the evaluation of recorded data.

INTRODUCTION
LABORATORY CHECK-IN PROCEDURES

EXPERIMENT 1 Microscale Preparation of Camphor
EXPERIMENT 2 Microscale Preparation of Triphenyl Carbinol using the Grignard Reaction
EXPERIMENT 3 NMR Spectroscopy
EXPERIMENT 4 Williamson Ether Synthesis
EXPERIMENT 5 The Microscale Nitration of Acetanilide
EXPERIMENT 6 The Microscale Reduction of Benzil with Sodium Borohydride
EXPERIMENT 7 Wittig Reaction: Synthesis of trans-(-phenylethenyl)anthracene
EXPERIMENT 8 The Miniscale Synthesis and Purifi cation of Aspirin
EXPERIMENT 9 The Microscale Synthesis of Benzo- Pinacalone Via A Carbocation Rearrangement
EXPERIMENT 10 Fischer Esterifi cation
EXPERIMENT 11 Dibenzalacetone

APPENDIX D

Rayvon Sneed
Catherine Malele

The laboratory techniques learned in Chemistry 221 are used to carry out reactions in aromatic substitution, organometallic chemistry, oxidation and reduction chemistry, esterification, and aldol condensations. A significant portion of the semester is devoted to determining the structure of unknown organic compounds, both theoretically in the spectroscopy section and practically in the separation and identification of an unknown compound, as well as verifying the identification of compounds synthesized in a lab. Success in the lab requires careful preparation—you must read the experiment and complete each pre-lab assignment prior to coming to the lab. 

The objectives of the laboratory sessions will provide the learners experience to:

  • work safely and comfortably in the lab
  • gain the experience of executing basic laboratory techniques and the use of modern instrumental methods.
  • make careful qualitative observations and obtain reproduceable quantitative data
  • maintain and keep a complete accurate and well-organized record of experimental laboratory work.
  • be able to evaluate experimental and instrumental data.
  • compile a complete laboratory report that includes valid conclusions based on the evaluation of recorded data.

INTRODUCTION
LABORATORY CHECK-IN PROCEDURES

EXPERIMENT 1 Microscale Preparation of Camphor
EXPERIMENT 2 Microscale Preparation of Triphenyl Carbinol using the Grignard Reaction
EXPERIMENT 3 NMR Spectroscopy
EXPERIMENT 4 Williamson Ether Synthesis
EXPERIMENT 5 The Microscale Nitration of Acetanilide
EXPERIMENT 6 The Microscale Reduction of Benzil with Sodium Borohydride
EXPERIMENT 7 Wittig Reaction: Synthesis of trans-(-phenylethenyl)anthracene
EXPERIMENT 8 The Miniscale Synthesis and Purifi cation of Aspirin
EXPERIMENT 9 The Microscale Synthesis of Benzo- Pinacalone Via A Carbocation Rearrangement
EXPERIMENT 10 Fischer Esterifi cation
EXPERIMENT 11 Dibenzalacetone

APPENDIX D

Rayvon Sneed
Catherine Malele