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Introduction to organic laboratory techniques : a small scale approach / Donald L. Pavia ... [et al.].

Contributor(s): Material type: TextTextSeries: Brooks/Cole laboratory series for organic chemistryPublisher: Belmont, CA : Thomson Brooks/Cole, c2005Copyright date: c2005Edition: second editionDescription: xvi, 1028 pages. : illustrations. ; 26 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
ISBN:
  • 0534408338 (acidfree paper)
Other title:
  • Organic laboratory techniques
Subject(s): DDC classification:
  • 547.0078 22 I
LOC classification:
  • QD261 .I543 2005
Contents:
Introduction to basic laboratory techniques -- Introduction to molecular modeling -- Properties and reactions of organic compounds -- Identification of organic substances -- Project-based experiments -- Techniques -- Appendices: Tables of unknowns and derivatives; Procedures for preparing derivatives; Index of spectra.
Summary: The main purpose of an organic laboratory course is to teach you the techniques necessary for a person dealing with organic chemicals. You will also learn the techniques needed for separating and purifying organic compounds ... Besides good laboratory technique and the methods of carrying out basic laboratory procedures, other things you will learn from this laboratory course are: How to take data carefully, How to record relevant observations, How to use your time effectively, How to assess the efficiency of your experimental method, How to plan for the isolation and purification of the substance you prepare, How to work safely, How to solve problems and think like a chemist ... In the traditional approach to teaching this subject (called macroscale), the quantities of chemicals used were on the order to 5-100 grams. The approach used in this textbook, a small-scale approach, differs from the traditional laboratory in that nearly all of the experiments use smaller amounts of chemicals (1-10 grams). However, the glassware and methods used in small-scale experiments are identical to the glassware and methods used in standard-scale experiments.-Introd.
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Includes bibliographical references and index.

Introduction to basic laboratory techniques --
Introduction to molecular modeling --
Properties and reactions of organic compounds --
Identification of organic substances --
Project-based experiments --
Techniques --
Appendices: Tables of unknowns and derivatives; Procedures for preparing derivatives; Index of spectra.

The main purpose of an organic laboratory course is to teach you the techniques necessary for a person dealing with organic chemicals. You will also learn the techniques needed for separating and purifying organic compounds ... Besides good laboratory technique and the methods of carrying out basic laboratory procedures, other things you will learn from this laboratory course are: How to take data carefully, How to record relevant observations, How to use your time effectively, How to assess the efficiency of your experimental method, How to plan for the isolation and purification of the substance you prepare, How to work safely, How to solve problems and think like a chemist ... In the traditional approach to teaching this subject (called macroscale), the quantities of chemicals used were on the order to 5-100 grams. The approach used in this textbook, a small-scale approach, differs from the traditional laboratory in that nearly all of the experiments use smaller amounts of chemicals (1-10 grams). However, the glassware and methods used in small-scale experiments are identical to the glassware and methods used in standard-scale experiments.-Introd.

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