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| Home > JCE Print > Journal of Chemical Education > Issues > 1988 > January > |
| Table of Contents |
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January 1988
Vol. 65 No. 1
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| The continuing attempt at reform in science education | 1 |
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Lagowski, J.J. |
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| An inside view of Soviet chemical education | 3 |
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Slobodkin, Gregory; Pickering, Miles |
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| The coulombic lattice potential of ionic compounds: The cubic perovskites | 6 |
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Francisco, E.; Luana, V.; Recio, J. M.; Pueyo, L. |
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| Variational energy lowering may increase Hamiltonian dispersion | 9 |
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Blaise, Paul; Henri-Rousseau, Olivier |
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| Remember E = hv is correct only half of the time | 11 |
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Leo, Howard, R. |
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| A philatelic history of the discovery and isolation of elements | 12 |
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Heller, Sylvia; Heller, Detlef |
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| Relative atomic mass scale: A teaching aid | 16 |
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Baumgartner, Erwin; Benitez, Carlos; Cirelli, Alicia Fernandez; Flores, Luz Lastres |
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| Periodic contractions among the elements: Or, on being the right size | 17 |
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Mason, Joan |
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| The microcomputer as a teaching tool for molecular orbital theory | 21 |
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Colwell, Susan M.; Handy, Nicholas C. |
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| Orbital plots of the hydrogen atom | 23 |
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Liebl, Michael |
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| Visualizing Boltzmann-like distributions | 24 |
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Hornack, Fred M. |
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| Establishing a computerized database for laboratory chemicals | 25 |
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Feliu, Anthony L. |
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| SPEC20: A highly interactive simulation of a manual spectrophotometer | 26 |
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Gable, Ralph W. |
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| The Bronsted-Lowry acid base concept | 28 |
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Kauffman, George B. |
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| Order out of chaos: Shapes of hydrogen orbitals. | 31 |
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Breneman, G. L. |
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| Revised Mulliken electronegativities: I. Calculation and conversion to Pauling units | 34 |
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Bratsch, Steven G. |
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| Ionization potentials for isoelectronic series | 42 |
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Agmon, Noam |
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| Oxidation numbers and their limitations | 45 |
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Woolf, A. A. |
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| The Tasmanian empire: A radioactive dating activity | 47 |
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Bindel, Thomas H. |
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| An exercise to teach concepts of half-life without using radioactive isotopes | 48 |
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Christian, Mary C. |
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| Stokes' theorem and the geometric basis for the second law of thermodynamics. | 50 |
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Bowen, Lawrence H. |
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| Problems and "that other stuff": Types of chemical content | 53 |
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Middlecamp, Catherine; Kean, Elizabeth |
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| Teaching chemistry like the foreign language it is | 57 |
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Markow, Peter G. |
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| A chemistry experience for gifted and talented elementary students | 58 |
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Carlson, G. Lynn |
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| A method for teaching science, technology, and societal issues in introductory high school and college chemistry classes | 60 |
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Streitberger, H. Eric |
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| On the boiling points of the alkyl halides | 62 |
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Correla, John |
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| Potential energy surfaces | 65 |
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Tonge, Kenneth H. |
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| Demonstration of chemical inhibition | 68 |
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Cooke, David O. |
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| The Rayleigh fountain | 69 |
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Skinner, James F.; Moir, James F. |
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| A metal bar to demonstrate one atmosphere | 69 |
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Meloan, Clifton E. |
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| Organic lecture demonstrations | 70 |
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Silversmith, Ernest F. |
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| Upgrading the Gow Mac Series 150 gas chromatograph | 73 |
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Krause, Josef G. |
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| In search of the future instructional laboratory | 74 |
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Schallies, Michael; Redeker, Jorg |
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| An optimization exercise for organic chemistry | 77 |
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Anderson, Martin M. |
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| The role of surprise in the organic laboratory | 78 |
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Keiser, Jeffrey E. |
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| cis and trans-Stilbenes: Chromatographic separation and photochemical isomerization | 79 |
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Levine, Samuel G.; Barhoriak, Kathleen Doubek; Cho, Ho S. |
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| The titration project | 80 |
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Kilner, Cary |
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| Microscopic identification of the crystals of dimethylglyoxime complexes of cobalt(II), iron(II), and nickel(II) | 81 |
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Brush, Sahitra S. |
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| Kinetics of a substitution reaction of sulfitopentaaminecobalt(III): A physical-inorganic experiment | 82 |
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Richards, Lynne |
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| Preparation of a simple thermochromic solid | 84 |
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Van Oort, Michiel J. M. |
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| Solid state kinetic parameters and chemical mechanism of the dehydration of CoCl26H2O: An inorganic solid state experiment | 85 |
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Ribas, Joan; Escuer, Albert; Serra, Miquel; Vicente, Ramon |
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| Purity of silver precipitated with ascorbic acid | 87 |
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Hill, James W.; Crocker, Max |
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| Application of a differential respirometer to the undergraduate chemistry laboratory | 88 |
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Cummins, Ken; Stedman, Geoffrey |
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| A simple apparatus for continuous steam distillations | 92 |
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Clausen, Thomas P. |
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| Nucleophilic substitution by benzodithioate anions | 93 |
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Bonnans-Plaisance, Chantal; Gressier, Jean-Claude |
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| The safety of small containers for flammable fluids | A6 |
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Shanley, Edward S. |
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| Osmosis and diffusion (Chandler, James) | A22 |
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Pryde, Lucy T. and Powers, George B. |
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| E.M.E. Titration lab (Shelton, Roger) | A23 |
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Ogata, Philip H. |
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| Simplex-V: An interactive computer program for experimental optimization (Deming,S.N.; Morgan, S.L.) | A24 |
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Deavor, James P. |
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| Foundations of college chemistry; sixth edition (Hein, Morris) | A25 |
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Knockemus, Ward |
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| General chemistry principles and structures; fourth edition (Brady, James E.; Humiston Gerard E.) | A25 |
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Haworth, Daniel T. |
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| Elements of chemistry (Boikess,R.; Breslauer,K.; Edelson,E.) | A25 |
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Schulz, Williwam D. |
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| From protyle to proton: William Prout and the nature of matter 1785-1985 (Brock, W.H.) | A26 |
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Kauffman, George B. |
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Created:
Last Updated: |
July 5, 2005
July 12, 2005
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