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| Table of Contents |
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January 1989
Vol. 66 No. 1
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| What Drives Students? | 1 |
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Lagowski, J.J. |
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| Modernizing the Curriculum | 2 |
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| Chemistry plus technology plus teachers yields curricular change: The FIPSE lectures in chemistry | 3 |
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Moore, John W. |
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| Technological thrust vs. instructional inertia | 4 |
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Crosby, G. A. |
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| Images imagination, and chemical reality | 8 |
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Smith, Stanley G.; Jones, Loretta |
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| Reformatting the laboratory | 12 |
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Lagowski, J. J. |
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| Tooling up for the 21st century | 15 |
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Moore, John W. |
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| Aids for teaching online searching of the chemical literature | 21 |
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Carr, Carol |
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| Independent student searching of the Chemical Abstracts files | 24 |
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Miller, James M. |
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| Searching Chemical Abstracts Online in undergraduate chemistry: Part 2. Registry (structure) File: molecular formulas, names, and name fragments | 26 |
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Krumpolc, Miroslav; Trimakas, Diana; Miller, Connie |
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| Van't Hoff, Le Bel, and the development of stereochemistry: A reassessment | 30 |
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Grossman, Robert B. |
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| The fourth centenary of the birth of Isaac Beeckman, the first molecular theorist | 33 |
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Kubbinga, H. H. |
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| Louis Pasteur, August Kekule, and the Franco-Prussian War | 34 |
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Wotiz, John H.; Rudofsky, Susanna |
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| "To improve our knowledge in nature and arts": A history of chemical education in the United States | 37 |
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Lewenstein, Bruce V. |
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| Atomic calculations with a one-parameter, single integral method | 45 |
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Baretty, Reinaldo; Garcia, Carmelo |
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| Solving differential equations in kinetics by using power series | 46 |
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Hughes, Elvin, Jr. |
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| Semiempirical and ab initio calculations of charged species used in the physical organic chemistry course | 47 |
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Gilliom, Richard D. |
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| Accurate numerical solutions of the one-dimensional Schrodinger equation | 51 |
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Tellinghuisen, Joel |
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| NMR simulation and interactive drill/ interpretation | 52 |
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Badger, Robert; Lesniak, Joseph; Rutta, Stephen |
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| A simple computer program for the calculation of 13C-NMR chemical shifts | 53 |
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Olivieri, Alejandro C.; Kaufman, Teodoro S. |
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| Constants of 1:1 complexes from NMR or spectrophotometric measurements | 54 |
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Nurchi, Valeria; Crisponi, Guido |
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| Saturation properties at a given temperature from cubic equations of state | 54 |
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Aguirre-Ode, Fernando |
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| The method of intercepts: Alternative derivation | 56 |
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Earl, Boyd L. |
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| Teaching stoichiometry: A two cycle approach | 57 |
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Poole, Richard L. |
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| Alkanes: Abundant, pervasive, important, and essential | 59 |
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Seymour, Raymond B. |
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| Are high school students ready for recombinant DNA?: The UOP experience | 64 |
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Minch, Michael J. |
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| Have a chemistry field day in your area | 65 |
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Mattson, Bruce M.; Michels, Gary D.; The Area Chemistry Teachers. |
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| Carbohydrate stereochemistry | 67 |
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Shallenberger, Robert S.; Wienen, Wanda J. |
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| Construction of the seven basic crystallographic units | 73 |
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Li, Thomas; Worrell, Jay H. |
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| Down-scaling organic experiments: Another option | 74 |
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Shelden, H. Raymond |
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| Bromination of a hydrocarbon | 75 |
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Deck, Eva; Deck, Charles |
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| Green copper(II) chloride dihydrate is not autoionized | 76 |
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Kauffman, George B.; Jorgensen, Christian Klixbull |
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| The use of solid aluminum heat transfer devices in organic chemistry laboratory instruction and research | 77 |
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Lodwig, Siegfried, N. |
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| Miniware for galvanic cell experiments | 85 |
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Craig, Norman C.; Ackermann, Martin N.; Renfrow, William B. |
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| A microscale immersion well for photochemical reactions | 86 |
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Penn, John H.; Orr, Richard D. |
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| Rapid, efficient determination of recrystallization solvents at the microscale level | 88 |
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Craig, Rhoda E. R. |
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| Robust micro-lab sand baths | 89 |
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Ruekberg, Ben |
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| Trifluoroacetylation of unknown alcohols: An integrated microscale organic experiment using spectroscopic methods | 90 |
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Piers, Kenneth; Hsung, Richard |
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| Visible spectrophotometric determination of the partition coefficient of methyl violet: A microscale extraction experiment | 91 |
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Sonnenberger, David C.; Ferroni, Edward L. |
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| Organic laboratory experiments: Micro vs. conventional | 92 |
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Chloupek-McGough, Marge |
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| Robots in the laboratory- An overview | A8 |
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Strimatis, Janet R. |
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| A Simple Apparatus for Maintaining Low Temperature | 180 |
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Ansari, M. Shahid and Saleem, M. |
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| Safety showers and eyewash fountains | A18 |
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Bronaugh, John C. |
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| Chemical Nomenclature and Balancing Equations (Bergwall Educational Software) | A41 |
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Kling, Timothy A. |
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| Principles of Stoichiometry (Gold, Marvin) | A42 |
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Montagnino, Frank |
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| Solubility (Hallgren, Richard) | A43 |
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Darrow, Frank W. |
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| Solubility (Hallgren, Richard) Review II | A44 |
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Gizara, Jeanne M. |
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| General Chemistry, Third Edition (Davis, Raymond E.; Gailey, Kenneth D.; Whitten, Kenneth W.) | A45 |
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Zingaro, Ralph A. |
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| Fundamentals of Chemistry: General, Organic, Biological (Deleo, Joseph D.) | A45 |
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Wolsey, Wayne C. |
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| Intermediate Organic Chemistry (Stowell, John C.) | A46 |
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Bank, Shelton |
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| Instrumental Methods of Analysis, Seventh Edition (Dean, John A.; Merritt, Lynne L., Jr.; Settle, Frank A., Jr.; Willard, Hobart H.) | A46 |
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Young, Vaneica |
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| The Metamict State (Hoffmann, Roald) | A47 |
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Kauffman, George B. |
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| American Chemical Society Directory of Graduate Research, 1987 (The ACS Committee on Professional Training) | A47 |
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Kauffman, George B. |
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| Chemical Research Faculties: An International Directory, 1988 (American Chemical Society) | A48 |
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Kauffman, George B. |
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Created:
Last Updated: |
July 5, 2005
July 12, 2005
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