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| Home > JCE Print > Journal of Chemical Education > Issues > 1975 > February > |
| Table of Contents |
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February 1975
Vol. 52 No. 2
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| Students and ethics | 69 |
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Lippincott, W. T. |
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| Interview with Glenn Seaborg | 70 |
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Ridgway, David |
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| An audio-tutorial program in allied health chemistry | 75 |
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Laughlin, Ethelreda; Kurnath, Norbert |
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| The use and misuse of the Hammond Postulate | 76 |
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Farcasui, D. |
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| Generation of vinyl cations by solvolysis reactions. A lesser known genre of carbenium ions | 80 |
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Subramanian, L. R.; Hanack, M. |
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| Academic vitamins. The development and utility of course supplements | 86 |
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Lindberg, James G. |
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| Methods for obtaining Russel-Saunders term symbols from electronic configurations | 87 |
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Hyde, Kenneth E. |
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| Relative sizes of hydrogenic orbitals and the probability criterion | 90 |
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Mak, Thomas C. W.; Li, Wai-Kee |
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| Computerized calculation of trial parameters for an AA'XX' system | 91 |
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Ng, George |
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| The radial equation for hydrogen-like atoms. The polynomial versus the factorization technique | 92 |
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Peterson, Carl |
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| The variation theorem applied to H2+. A simple quantum chemistry computer project | 95 |
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Robiette, Alan G. |
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| Thermodynamics, folkculture, and poetry | 97 |
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Smith, Wayne L. |
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| Electrochemistry in organisms. Electron flow and power output | 99 |
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Chirpich, Thomas P. |
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| Four convenient methods for the determination of enzyme inhibitor constants | 100 |
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Hurlbut, Jeffrey A.; Bishop, Craig V.; Brittain, Phillip C.; Preheim, Calvin W. |
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| Drug interaction and "knockout drops" | 101 |
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Labianca, Dominick A. |
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| A lab to motivate weak students | 102 |
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Loveridge, Glen |
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| Brass | 102 |
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McCormick, P. D. |
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| Eco-Chem | 103 |
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Campbell, J. A. |
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| Effective insect fogging - The origin of sea breezes - Hot air balloons | 104 |
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Plumb, Robert C. |
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| Simulated student samples | 106 |
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Parker, Gordon A. |
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| A computer program for the analysis of titration data | 106 |
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Scholler, D. M.; Lyndrup, M. L. |
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| Kinetics simulation program | 106 |
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Breneman, Gary L. |
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| A creative, research approach to the undergraduate biochemistry laboratory | 107 |
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Melius, Paul |
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| The effectiveness of a resource center operation | 108 |
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Atkinson, G. F.; Toogood, G. E. |
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| An easily fabricated pH cell | 109 |
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Hendrixson, R. R. |
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| A tape-slide freshman chemistry course for non-science majors | 110 |
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Wendlandt, W. W.; Geanangel, R. A.; Barry, D. |
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| Observations on an individualized approach to teaching analytical instrumentation | 111 |
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Carr, James D.; Olsen, Virgil K.; Force, R. Ken; Danielson, Neil D. |
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| Videotapes for laboratory instruction in freshman chemistry | 112 |
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Pantaleo, Daniel C. |
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| Condensed laboratory experiences for nonmajors | 114 |
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Thorne, James M. |
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| A simple method for reducing the breakage of glass columns in gas chromatography | 115 |
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Becker, M. Alice; Naftchi, N. Eric |
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| A technique-oriented freshman laboratory program | 116 |
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Palma, R. J., Sr. |
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| The mercury-water system. A deviation from Raoult's Law | 117 |
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Sanders, M. L.; Beckett, R. R. |
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| FeSCN2+-A computer aid to the CHEM study experiment | 118 |
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McCall, Arthur J., Jr. |
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| Instruction in the organic chemistry laboratory: Past, present, and future | 119 |
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Fife, Wilmer K. |
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| An economical method for drying tetrahydrofuran | 120 |
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Purdam, William Ronald; Bartling, Gregory J. |
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| Writing chemical equations. An introductory experiment | 121 |
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LeMay, H. Eugene, Jr.; Kemp, Kenneth C. |
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| Thiocyanato chromium(III) complexes. Separation by paper electrophoresis and estimate of stability constants | 122 |
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Larsen, Erik; Eriksen, J. |
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| Ion specific electrodes in fused salts. An experiment | 123 |
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Wilcox, Floyd Sr. |
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| Thermodynamics and kinetics of ligand binding to vitamin B12a: A laboratory experiment | 126 |
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Sweigart, D. A. |
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| Spatter shield | 127 |
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Wander, J. D. |
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| A sedimentation experiment using a preparative ultracentrifuge | 128 |
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Boudreau, Raymond E.; Heaney, Anne; Weller, David L. |
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| Laboratory research in catalysis. Coordinating undergraduate analytical, organic and physical chemistry | 129 |
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Rondini, Jo-Ann; Feighan, Joseph A.; Downey, Bernard J. |
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| Preparation of CF3CHO | 131 |
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Hooper, David G.; Loucks, Leon F.; Liu, T. H. |
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| Using NMR to determine the boiling point diagram for a non-ideal solution | 132 |
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Allen, Fritz S.; Coleman, William F.; Morrow, Cary J.; Niemczyk, Thomas M. |
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| Tristimulus calorimetry calculator program | 133 |
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Atkinson, G. F.; Fung, K. H. |
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| A simple equilibrium method for determining heats of sublimation | 134 |
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Chickos, James Speros |
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| Simulation of qual organic - An interactive computer program | 136 |
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Uebel, J. John; Heavener, George A. |
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| Optical rotatory dispersion and circular dichroism (concluded) | A83 |
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Wong, Kin-Ping |
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| The Occupational Safety and Health Act as it relates to the working chemist | A90 |
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Sichak, Stephen |
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| Introduction to chemical principles (Peters, Edward I.; Weiner, Susan A.) | A119 |
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Barry, Roger D. |
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| Contemporary chemistry (Walters, Edward A.; Wewerka, Eugene M.) | A119 |
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Moeller, Carl W. |
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| The proton in chemistry. Second edition (Bell, R. P.) | A132 |
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Grunwald, Ernest |
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| Chemistry: A humanistic approach (Andrews, Donald H.) | A132 |
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Sparberg, Esther B. |
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| An introduction to separation science (Karger, Barry L.; Snyder, Lloyd R.; Horvath, Csaba) | A132 |
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Sherma, Joseph |
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| Instrumental methods of analysis. Fifth edition (Willard, Hobart H.; Merritt, Lynne L., Jr.; Dean, John A.) | A136 |
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Olander, Donald P. |
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| Analytical emission spectroscopy (Mika, Jozsef; Torok, Tibor) | A140 |
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Denton, M. Bonner |
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| Physical chemistry for the life sciences (Barrow, Gordon M.) | A140 |
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Kittsley, Scott L. |
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| Ab initio valence calculations in chemistry (Cook, D. B.) | A140 |
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Reid, Charles E. |
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Created:
Last Updated: |
July 5, 2005
July 12, 2005
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