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September 1985
Vol. 62 No. 9
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| Anticipations | 721 |
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Lagowski, J. J. |
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| Taking stock of the educational enterprise | 723 |
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Crosby, G. A. |
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| Evolution of the profession of research chemist in industry | 728 |
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Beavers, Ellington M.; Nodine, Barbara F. |
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| The BS chemist in industry | 734 |
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Merrell, Philip H. |
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| An industrial chemistry course to bridge the academia-industry gap | 736 |
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Szmant, H. Harry |
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| The definition and symbols for the quantity called "molarity" or "concentration" and for the SI units of this quantity | 741 |
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Gorin, George |
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| Industrial chemistry: A series of new courses at the undergraduate level | 742 |
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Jasinski, Jerry P.; Miller, Robert E. |
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| IUPAC table of atomic weights to four significant figures | 744 |
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Greenwood, N. N.; Peiser, H. S. |
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| Industrial chemistry at Michigan Tech | 745 |
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Bates, D. K.; Ponter, A. B. |
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| Modern inorganic chemistry as found in the contents of seven post-1980 textbooks | 747 |
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Poskozim, Paul S. |
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| What can a nineteenth century chemistry textbook teach twentieth century chemists? | 749 |
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Derrick, M. Elizabeth |
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| John Beguin and his "chymical beginner": The first popular textbook of chemistry? | 751 |
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Davidson, John S. |
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| Introduction to the Louis P. Hammett Symposium on the History of Physical Organic Chemistry | 752 |
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Gortler, Leon |
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| The physical organic community in the United States, 1925-50: An emerging network | 753 |
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Gortler, Leon |
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| William Draper Harkins (1873-1951): A controversial and neglected American physical chemist | 758 |
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Kauffman, George B. |
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| New stoichiometry for copper dissolution in nitric acid | 761 |
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El-Cheikh, F. M.; Khalil, S. A.; El-Manguch, M. A.; Omar, Hadi A. |
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| New ideas for improving public understanding of science and technology | 762 |
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Mooney, William |
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| How much chemistry should be a nonmajors' chemistry course | 762 |
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Steiner, Richard |
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| Science for citizens: A plan with a purpose | 764 |
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Hostettler, John D. |
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| Chemistry for citizens: Content and strategies | 765 |
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Hill, John W. |
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| Everyday chemistry: A general education science course for skill vocations | 767 |
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Hicks, James R. |
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| Explaining chemical issues to the nonscientist | 768 |
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Anderson, Carol P. |
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| How to turn on an electric light | 769 |
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Westheimer, F. H. |
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| Art hazards-Educating the artist | 772 |
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Denio, Allen A. |
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| Agricultural chemicals for consumer use | 774 |
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Maslowsky, Edward, Jr. |
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| The application of chemical principles and methods to the investigation of a crime | 776 |
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Berry, Keith O. |
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| Forensic science: A way to introduce scientific techniques to nonscience majors | 777 |
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Esslinger, W. Glenn |
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| The use of field trips in a nonscience majors course | 778 |
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Breedlove, C. H., Jr. |
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| The use of the summary card in chemistry examinations | 779 |
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Healy, P. C.; Landbeck, R. C.; Hewson, M. G. A'B. |
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| Polymer principles in the undergraduate physical chemistry course. Part 1 | 780 |
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Polymer Core Course Committee |
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| Elemental etymology: What's in a name? | 787 |
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Ball, David W. |
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| Uncertainty in establishing a reaction intermediate | 789 |
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Martin, R. Bruce |
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| One run kinetics-A computer program | 791 |
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O'Neill, Richard T.; Lodder, Robert A.; Scheifers, Steven M. |
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| An undergraduate program on computer interfacing | 792 |
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Anderson, Robert J.; Woodworth, Paul H. |
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| Determination of molecular dimensions using monolayers: Another approach | 795 |
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McNaught, Ian J.; Peckham, Gavin D. |
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| Biochemistry off the shelf | 796 |
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Wilson, Jerry L. |
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| The colorful complexes of copper(II) | 798 |
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Earl, Boyd L. |
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| Reverse-phase separation of FD&C dyes using a solvent gradient | 798 |
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Ondrus, Martin G. |
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| Quick conductivity cell | 799 |
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Williams, Howard P. |
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| Kinetic study of adsorption processes in solution: An undergraduate physical chemistry experiment | 800 |
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Casado, Julio; Salvador, Francisco; Rincon, Santiago |
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| Windowsill kinetics: A spectrophotometric study of the photochromism of mercury dithizonate | 802 |
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Petersen, Richard L.; Harris, Gaylon L. |
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| Facile synthesis of a macrobicyclic hexaamine cobalt(III) complex based on tris(ethylenediamine)cobalt(III): An advanced undergraduate inorganic laboratory experiment | 804 |
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Harrowfield, Jack MacB.; Lawrence, Geoffrey A.; Sargeson, Alan M. |
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| Microscale group test for carbonyl compounds | 806 |
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Horak, V.; Klein, R. F. X. |
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| Hexaammine complexes of Cr(III) and Co(III): A spectra study | 807 |
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Brown, D. R.; Pavlis, R. R. |
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| Separation of lithium from magnesium sodium, and potassium | 808 |
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Werner, Wolfgang |
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| The production of oxygen gas: A student catalysis experiment | 809 |
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Onuchukwu, A. I.; Mshelia, P. B. |
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| The titrimetric determination of acetylsalicylic acid in analgesic tablets | 811 |
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Braun, Robert D. |
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| An undergraduate organic experiment using thin-layer chromatography | 813 |
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Jones, Taylor B.; Jones, Tappey H. |
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| A simple water-still alarm | 814 |
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Stock, John T. |
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| Rapid identification of thermoplastic polymers | 815 |
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Cloutier, Helene; Prud'homme, Robert E. |
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| Construction of corrosion resistant, inexpensive lab lattices | 819 |
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Fisher, George H.; Levin, Arthur; Man, Eugene H. |
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| An inexpensive developing chamber for radial chromatography | 820 |
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Gadwood, Robert C. |
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| Laboratory air quality. Part I. A concentration model | A238 |
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Butcher, Samuel S.; Mayo, Dana W.; Hebert, Sandra M.; Pike, Ronald M. |
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Created:
Last Updated: |
July 5, 2005
July 12, 2005
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