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February 1988
Vol. 65 No. 2
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| Communicating: The students' obligations | 95 |
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Lagowski,J.J. |
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| Icie Macy Hoobler: Pioneer woman biochemist | 97 |
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Kopperl, Sheldon J. |
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| Applied enzymology | 98 |
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Manoharan, Asha; Dreisbach, Joseph H. |
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| Photoelectric effects in lipid bilayer membranes: A pedagogical review | 102 |
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Huebner, Jay S.; Popp, Ann E.; Williams, Kenneth R. |
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| Classical neurotransmitters and their significance within the nervous system | 108 |
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Veca, A.; Dreisbach, J. H. |
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| Principles of electronegativity Part I. General nature | 112 |
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Sanderson, R. T. |
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| The thermochemical stability of ionic noble gas compounds | 119 |
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Purser, Gordon H. |
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| Thermodynamics should be built on energy-not on heat and work | 122 |
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Barrow, Gordon M. |
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| Calculation of temperature rise in calorimetry | 126 |
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Canagaratna, Sebastian G.; Witt, Jerry |
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| A simple junction for reference electrodes | 129 |
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Yee, Sheigon; Chang, On-Kok |
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| Nomenclature and symbolism for the "quantities" of a substance | 130 |
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Glavic, Peter |
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| Beyond the traditional lecture system of teaching chemistry: organic chemistry | 133 |
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Schearer, W. R. |
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| Enzyme kinetics | 137 |
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Moe, Owen; Cornelius, Richard |
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| A "stationery" kinetics experiment | 142 |
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Hall, L.; Goherdhansingh, A. |
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| A physical chemist looks at organic chemistry lab | 143 |
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Pickering, Miles |
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| A multi-topic problem for general chemistry | 145 |
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Burness, James H. |
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| Consumption of air by biuret reagent-A question involving experimental design | 146 |
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Chirpich, Thomas P. |
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| An instructive problem in heterogeneous equilibrium | 146 |
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Franzen, Hugo F. |
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| Art in chemistry: An interdisciplinary approach to teaching art and chemistry | 148 |
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Greenberg, Barbara |
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| A chemistry experience to enrich high achievers | 150 |
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Farrell, Mark; Pfeil, Raymond; Caretto, Albert A. |
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| Silver refinement and debasement: A historical survey | 153 |
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Orna, Mary Virginia, O.S.U. |
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| How to assemble a protein molecular model more quickly | 154 |
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Yong Xian, Li |
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| A demonstration of corrosion by differential aeration | 156 |
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Gonzalo, P.; Celdran, R. |
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| A simple demonstration of the activation energy concept | 157 |
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Rocha-Filho, Romeu C. |
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| A boiling demonstration at room temperature | 157 |
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Hahich, Axel |
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| A homemade lemon battery | 158 |
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Worley, John D.; Fournier, James |
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| Introductory laboratory exercises | 159 |
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Rollinson, Susan Wells |
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| Simple procedure for washing solids with liquefied gases | 160 |
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Binder, M.; Walker, C. W., Jr.; Mammone, R. J.; Wade, W. L., Jr.; Gilman, S. |
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| Screening for saponins using the blood hemolysis test: An undergraduate laboratory experiment | 161 |
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Sotheeswaran, Subramaniam |
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| HPLC of the polypeptides in a hydrolyzate of egg white lysozyme: An experiment for the undergraduate biochemistry laboratory | 162 |
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Richardson, W. S., III; Burns, L. |
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| A laboratory exercise in the determination of carbohydrate structures | 164 |
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White, Bernard J.; Robyt, John F. |
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| The spectrum of a dissociation intermediate of cysteine: a biophysical chemistry experiment | 167 |
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Splittgerber, A. G.; Chinander, L. L. |
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| An experiment using sucrose density gradients in the undergraduate biochemistry laboratory | 170 |
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Turchi, Sandra L.; Weiss, Monica |
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| Application of cyclic voltammetry for stoichiometry determination of Ni(II), Co(II), and Cd(II) complex compounds with polyaminopolycarboxylic acids | 171 |
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Piszczek, L.; Ignatowicz, A.; Kielbasa, J. |
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| The effect of complex formation upon the redox potentials of metallic ions: Cyclic voltammetry experiments | 173 |
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Ibanez, Jorge G.; Gonzalez, Ignacio; Cardenas, Marco A. |
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| The oxidation of ascorbic acid by hexacyanoferrate(III) ion in acidic aqueous media: Application of the Marcus cross relation | 176 |
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Martins, Luis J. A.; da Costa, J. Barbosa |
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| Identification of weak acids and bases by titration with primary standards: A modern version of an old analytical chemistry experiment | 179 |
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Thompson, Robert Q. |
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| Titration of monoprotic acids with sodium hydroxide contaminated by sodium carbonate | 181 |
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Michalowski, Tadeusz |
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| Iron analysis by redox titration: A general chemistry experiment | 183 |
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Kaufman, Samuel; Devoe, Howard |
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| Potentiometric titration of acidic and basic compounds in household cleaners | 184 |
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Lieu, Van T.; Kalbus, Gene E. |
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| Ice-skating and the ice water equilibrium | 186 |
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Silberman, Robert |
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| A comment on significant figures and propagation of uncertainty | 186 |
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Earl, Boyd, L. |
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| The true meaning of isothermal | 187 |
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Fain, D. |
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| The Tao of chemistry | 188 |
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Kauffman, George B. |
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| Center for the history of chemistry resources | 188 |
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Lewenstein, Bruce V. |
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| Good hood practices for safe hood operation | A36 |
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Mikell, William G.; Fuller, Frank H. |
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| Acid-base titrations, CHM11A (Nagel, Edgar H.) | A47 |
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Cogdell, Thomas J. |
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| Chemical principles for the introductory laboratory, CHM 384 (Johnson, James F.) | A47 |
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Wegner, Carol |
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| Fundamentals of general, organic, and biological chemistry (Holum, John R.) | A50 |
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Beitzel, Richard E. |
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| Introduction to physical chemistry (Ladd,M.F.; Lee,W.H.) | A50 |
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Acrivos,J.V. |
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| Ab initio molecular orbital theory (Here, Random, Schleyer, and Pople) | A50 |
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Herndon, William C. |
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| Chemistry & society; fifth edition (Jones, Mark M.; Netterville, John T.; Johnson, David O.) | A51 |
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Alexander, John J. |
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Created:
Last Updated: |
July 5, 2005
July 12, 2005
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