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| Table of Contents |
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March 1976
Vol. 53 No. 3
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| Learning and student ability | 135 |
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Lippincott, W. T. |
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| Experiments in alchemy. Part I: Ancient arts | 136 |
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Schwartz, A. Truman; Kauffman, George B. |
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| Selected dates in American chemistry: March | 138 |
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Kauffman, George B. |
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| Interview with John C. Bailar Jr. | 139 |
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Brasted, Robert C. |
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| Selection of a thesis research advisor: A most important course of action | 144 |
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Kovacic, Peter |
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| Introduction. Symposium: Education of chemists for careers in industry | 145 |
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Hill, Brenda W. |
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| The industrial world of the younger chemist | 145 |
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Andrews, Karen |
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| Experience in teaching "concepts in industrial chemistry" | 146 |
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Mattson, Guy |
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| Is silver chloride still a green gas?: The effect of industrial experience on a chemist's educational philosophy | 147 |
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Neumann, Paul D. |
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| Development of an industrially oriented BS program in chemistry and chemical technology | 148 |
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Nelson, David A.; Holt, Smith L.; Archer, Vernon S.; Hurtubise, Robert J.; Barden, Roland E. |
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| Work-study doctoral programs in chemistry at Northeastern University | 149 |
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Giessen, Bill C.; Davies, Geoffrey; Le Quesne, Philip W.; Weiss, Karl |
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| Illinois Benedictine College internship program in chemistry | 150 |
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Hazdra, James J. |
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| Educating chemistry students for industry at the freshman level: Some alternatives for small colleges with traditional curricula | 150 |
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DeLorenzo, Ronald |
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| CHEM-TeC and CHEM TECHS: The training and the career | 151 |
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Neumann, Paul D.; Hallman, John R. |
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| The re-education of chemists short courses for chemists; courses in industrial management | 152 |
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Guthmann, W. S. |
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| Has Van't Hoff been well read and understood by the profession? | 153 |
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Hermans, P. H. |
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| Chemistry in the oil shales | 154 |
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Bozak, Riohard E.; Garcia, Manuel, Jr. |
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| The role of metal ions in proteins and other biological molecules | 156 |
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Ainscough, E. W.; Brodie, A. M. |
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| Free energy diagrams and concentration profiles for enzyme-catalyzed reactions | 159 |
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Klotz, Irving M. |
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| Thermotropic liquid crystals. A use of chemical potential-temperature phase diagrams | 161 |
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Van Hecke, Gerald R. |
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| An atomic absorption experiment in food chemistry | 165 |
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Paschal, Daniel C. |
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| A simple system for demonstrations in spectroscopy | 166 |
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Alman, David H.; Billmeyer, Fred W., Jr. |
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| Resources in environmental chemistry. I. An annotated bibliography of the chemistry of pollution and resources | 167 |
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Moore, John W.; Moore, Elizabeth A. |
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| Proof paper simplifies the teaching of photographic chemistry | 171 |
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Putt, Richard K. |
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| Molecule madness and the balancing game: Examples of classroom games | 172 |
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Schmitt, Helen |
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| TLC analysis of carbaryl insecticide on sprayed foliage. A student experiment | 173 |
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Bidleman, T. F.; Rice, C. P. |
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| Fritz Feigl, Brazil's spot tester | 174 |
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Schufle, Joseph A.; Ionescu, Lavinel G. |
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| Platinum anti-tumor compounds: An unexpected discovery | 174 |
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Ledger, Christine F.; Webb, John |
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| The dimerization of isobutylene: A student experiment. | 175 |
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Allen, M.; Joyner, C.; Kubler, P. G.; Wilcox, P. |
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| A report of the committee on teaching: The use of student evaluations | 176 |
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Siebring, B. R. |
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| Student peer evaluation | 177 |
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Parker, Richard C.; Kristol, David S. |
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| Simple laboratory demonstration of relaxation using a top-loading, automatic read-out balance | 178 |
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Saville, Brian; Burrage, Martin E. |
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| Two examples of programmed learning in inorganic chemistry | 179 |
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Kaufmann-Goetz, H.; Kaufmann, G. |
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| Analytical chemistry for premedical students. Views of college teachers and medical school teachers | 182 |
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Pickral, George M. |
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| Thin layer chromatography method | 184 |
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Karnofski, Michael A. |
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| Introduction to criminalistics. A course in basic science | 185 |
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Sauls, Frederick C.; Wartell, M. A. |
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| The teaching coach. A means of enhancing student-teaching assistant interactions during recitations | 186 |
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Brooks, David W.; Lewis, J. D.; Lewis, Karron; McCurdy, Donald W. |
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| Echo-chem | 188 |
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Campbell, J. A. |
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| Sparkling pure water - in a swimming pool | 189 |
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Plumb, Robert C. |
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| An approach using electrolysis without an applied voltage | 189 |
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Plumb, Robert C. |
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| An elementary approach | 189 |
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Plumb, Robert C. |
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| Systematic procedures for the classification of molecules into point groups: The problem of the Dnd group | 190 |
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Quane, Denis |
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| Flow chart for identification of Schoenfliess point groups | 190 |
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Noggle, Joseph H. |
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| Quinine fluorescence spectra. A dry-lab spectral analysis experiment | 191 |
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O'Reilly, James E. |
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| The use of a shotgun shell reloader to dispense chemicals | 193 |
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Hoppas, Doug; Meloan, C. E. |
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| Antichap lipstick and nonbonded interactions. A nonscience majors laboratory experience | 194 |
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Most, Clark, Jr. |
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| Coffee cup kinetics. A general chemistry experiment | 195 |
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Birk, James P. |
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| Faster than a speeding bullet. A freshman kinetics experiment | 197 |
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Cassen, T. |
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| Program FINL: A minicomputer based fragment loss analysis for mass spectroscopy | 198 |
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Evans, Joseph E. |
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| Quenching of benzophenone triplet by naphthalene, A physical-organic chemistry experiment | 200 |
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Natarajan, P. |
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| Non-equilibrium thermodynamics | 202 |
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Willis, Grover C.; Burns, Daniel B.; Ball, David B. |
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| Murder in the lab? | 202 |
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Jensen, William B. |
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| Electrophoresis hints | 202 |
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Sumner, Kenneth |
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| CXXXII. Working safely in a laboratory: an orientation for the new employee | A159 |
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Steere, Norman V. |
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| General chemistry: principles and structure (Brady, James E.) | A183 |
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Sottery, T. W. |
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| Introduction to chemical principles (Fernandez, Jack E.; Whitaker, Robert D.) | A183 |
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McQuate, Robert S. |
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| Contemporary organic chemistry: student guide and solutions manual to accompany ternay's contemporary organic chemistry (Ternay, Andrew L.; Francis, Robert F.) | A184 |
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Andersen, Kenneth K. |
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| Review of elements of statistical thermodynamics. Second edition (Nash, Leonard K.) | A192 |
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Poland, Douglas |
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| Quantum chemistry (Brown, D. A.) | A192 |
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Zeroka, Daniel |
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| Automatic chemical analysis (Foreman, James K.; Stockwell, Peter B.) | A196 |
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Fitzgerald, J. M. |
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| Structural effects on equilibrium in organic chemistry (Hine, Jack) | A200 |
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Kreevoy, Maurice M. |
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| Chemical phase analysis (Young, Roland S.). | A200 |
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DAB |
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Created:
Last Updated: |
July 5, 2005
July 12, 2005
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