A Proven Leader in Continuing Education ...
ACS AUDIO COURSES The ACS AUDIO COURSES program began in 1970 with the release of "Modern Theory of Acids and Bases," by Ralph G. Pearson. Consisting of lectures on audiotape and a reference manual containing illustrative material integrated with the tape, this course was an experiment in personalized continuing education. The gratifying response given by the chemical community to this unit encouraged the development of still more ACS AUDIO COURSES, and within a year five additional units were released. Today ACS AUDIO COURSES total twenty in number and have reached over 17,000 users in nearly 40 countries.
ACS AUDIO COURSES . . . • can be used individually or in group situations • are suitable for industrial or academic use • can be purchased on ten-day approval • are now available on these topics: Applications of Orbital Symmetry (playing time, 6.3 hrs.) Applications of Raman Spectroscopy (5.0 hrs.)
The program is now in its period of greatest growth with ten additional programs to be added in 1974 and more on the way in 1975. Send in the coupon below for complete information about ACS AUDIO COURSES now available.
Basic Gas Chromatography (4.0 hrs.) Chemical Reaction Mechanisms (5.6 hrs.) Crystals of Linear Macromolecules (7.6 hrs.) Fluorescence and Phosphorescence Spectrometry (4.8 hrs.) Fundamentals of Chemical Marketing (9.9 hrs.) Fundamentals of Effective R&D Management (4.7 hrs.) Gel Permeation Chromatography (3.7 hrs.)
Department of Educational Activities American Chemical Society 1155—16th Street, N.W. Washington, D.C. 20036
Intermediate NMR Spectroscopy (6.4 hrs.)
I would like to learn more about the ACS AUDIO COURSES program. Please send me a brochure describing each course and providing complete ordering information.
A Lewis Acid-Base Approach to Chemical Reactivity (3.0 hrs.)
Name
Modern Theory of Acids and Bases (2.4 hrs.)
Organization
Organic Fluorine Compounds (2.5 hrs.)
Address
Interpretation of Infrared Spectra (7.2 hrs.) Ion-Selective Membrane Electrodes (1.6 hrs.)
Modern Liquid Chromatography (9.0 hrs.) Modern Organic Synthesis (5.7 hrs.)
Organometallic Chemistry of the Main Group Elements (5.9 hrs.) Practical Technical Writing (5.3 hrs.) Use of Chemical Abstracts (0.8 hrs.)
