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| Home > JCE Print > Journal of Chemical Education > Issues > 1985 > February > |
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February 1985
Vol. 62 No. 2
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| What are we about: Learning, teaching or lecturing? | 91 |
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Lagowski, J. J. |
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| The making of a physical chemist: The education and early researches of Henry Eyring | 93 |
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Heath, Steven H. |
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| The Pauling 3-electron bond: A recommendation for the use of the Linnett structure | 99 |
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Harcourt, Richard D. |
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| A group electronegativity method with Pauling units | 101 |
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Bratsch, Steven G. |
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| Nearly encounter-controlled reactions: The equivalence of the steady-state and diffusional viewpoints | 104 |
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Truhlar, Donald G. |
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| Limiting reagent problems made simple for students | 106 |
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Kalantar, A. H. |
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| Statistical factors in complexation reactions | 107 |
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Chung, Chung-Sun |
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| Calculation of the reversibility factor for an irreversible adiabatic process of an ideal gas | 108 |
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Chang, On-Kok |
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| The value of the critical compressibility factor for the Redlich-Kwong equation of state of gases | 110 |
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Hakala, Reino. W. |
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| Theory of the liquid-vapor transition of a perfect binary solution | 112 |
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Silverman, M. P. |
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| A proposed new convention for graphic presentation of molecular geometry and topography | 114 |
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Maehr, Hubert |
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| Back calculation of true values for solid unknowns | 120 |
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Buchanan, E. B., Jr. |
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| Polyester-making bees and other innovative insect chemists | 121 |
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Batra, Suzanne W. T. |
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| What do chemists do: A program for grades 1-3 | 125 |
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Umland, Jean B. |
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| Predictors of grades in general chemistry for allied health students | 127 |
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Craney, C. L.; Armstrong, R. W. |
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| Chemistry texts for nonscience students: Is this chemistry? | 129 |
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Huebert, Barry J. |
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| International cooperative work experience: The ABC model | 131 |
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Laslett, R. L.; Reeve, R. S.; Schulz, R. A. |
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| Freshman chemistry and materials at NJIT | 133 |
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Getzin, Donald R. |
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| A matter of life and breath: Frederick Gardner Cottrell and the Research Corporation | 135 |
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Costa, Albert B. |
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| The environmental chemistry program at Vassar College | 137 |
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Chrostowski, Paul C. |
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| VisiCalc for the Teacher | 139 |
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Sparrow, Graham |
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| The spreadsheet | 140 |
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Rosenberg, Robert M.; Hobbs, E. Virginia |
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| The equilibrium pH of a cloud or rain drop: A computer-based solution for a six component system | 141 |
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Vong, Richard J.; Charlson, Robert J. |
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| Some improper terms in coordination chemistry | 143 |
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Syamal, A. |
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| Electronic instrumentation at the liberal arts college | 144 |
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Keedy, Curtis R.; Abele, John C. |
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| Microscale organic laboratory: I: An approach to improving air quality in instructional laboratories | 147 |
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Butcher, Samuel S.; Mayo, Dana W.; Pike, Ronald M.; Foote, Caroline M.; Hotham, Janet R.; Page, David S. |
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| Microscale organic laboratory: II: The benefits derived from conversion to the program and representative experiments | 149 |
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Mayo, Dana W.; Butcher, Samuel S.; Pike, Ronald M.; Foote, Caroline M.; Hotham, Janet R.; Page, David S. |
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| Aqueous hydrogen peroxide: Its household uses and concentration units | 152 |
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Webb, Michael J. |
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| Change in concentration with time | 153 |
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Umland, Jean B. |
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| Invisible water: A gas density demonstration | 153 |
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Maciel, Richard P. |
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| Water electrolysis-A surprising experiment | 154 |
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Kelsh, Dennis J. |
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| A simple device for obtaining visible spectra | 155 |
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Dammgen, Ulrich; Keune, Herbert |
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| An improved method for visualizing TLC plates using iodine | 156 |
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Roberbon, John |
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| Using a dissecting microscope in teaching introductory chemistry | 157 |
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Winokur, Robert; Monroe, Manus |
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| Why isn't my rain as acidic as yours? | 158 |
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Zajicek, O. T. |
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| Separation and identification of commonly used drugs: A thin-layer chromatography experiment for freshman chemistry | 160 |
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Bonicamp, Judith M. |
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| An experiment to examine the phosphate interference in the flame emission analysis of calcium | 161 |
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Jackman, Donald C. |
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| Low-cost elimination of plasma lines in Raman spectra | 163 |
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Behlow, Herbert W., Jr.; Petersen, John D. |
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| Molecular fluorescence for studying phase changes in solid state decomposition: 9-cyanoanthracene photodimer | 164 |
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Ebeid, El-Zeiny M. |
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| Fluorescence quenching of acridinium ions in sodium dodecyl sulfate micelles | 165 |
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Ebeid, El-Zeiny M. |
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| A quick method for determining the density of single crystals | 167 |
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Roman, Pascual; Gutierrez-Zorrilla, Juan M. |
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| A laboratory exercise to introduce inorganic biomimetic compounds | 168 |
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Baird, Donald M. |
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| Ion exchange chromatography and spectrophotometry: An introductory undergraduate laboratory experiment | 170 |
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Foster, N.; Pestel, B.; Mease, B. |
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| A thermochemistry experiment for freshman chemistry lab | 172 |
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Miller, D. P. |
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| Monomer reactivity ratios: Acrylic acid-methylmethacrylate copolymerization in dimethylsulfoxide | 173 |
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Ekpenyong, Kieran I. |
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| The epoxidation of 2,5-di-tert-butyl-1,4-benzoquinone: A consecutive reaction for the physical chemistry laboratory | 175 |
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Hairfield, E. M.; Moomaw, E. W.; Tamburri, R. A.; Vigil, R. A. |
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| An improvement in the classical copper cycle experiment | 177 |
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Todd, David; Hobey, William D. |
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| Chemistry-To all it concerns | 178 |
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Nasser, Faik A. K. |
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| Wide selection of selective electrodes | 178 |
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Monroe, Dan |
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| Flameless organic teaching laboratories are safer | A43 |
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Mathews, Frederick J. |
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| Introduction to Chemistry (Masterson, William L.; Cherim, Stanley M.) | A71 |
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Nickels, Bill |
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| Analytical Chemistry, Principles; Analytical Chemistry, Practice (Kennedy, John) | A71 |
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Rechnitz, Garry A. |
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| Inorganic Chemistry, A Unified Approach (Porterfield, William W.) | A71 |
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Crumbliss, Alvin L. |
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Created:
Last Updated: |
July 5, 2005
July 12, 2005
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