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November 1975
Vol. 52 No. 11
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| Two international symposia on chemical education | 687 |
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Lippincott, W. T. |
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| Cancer. How can chemists help? | 688 |
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Ferguson, Lloyd N. |
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| Solid phase synthesis | 695 |
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Neckers, D. C. |
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| Interview with Sir George Porter | 703 |
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Farago, Peter |
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| Fads in science teaching | 706 |
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Parry, R. W. |
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| Case history of unplanned development of new chemistry | 708 |
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Roberts, John D. |
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| Kekule's whirling snake: Fact or fiction | 709 |
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Vanderbilt, Byron |
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| Crystal field splitting diagrams. II. Many- electron weak-field systems | 710 |
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Companion, Audrey L.; Trevor, Dennis J. |
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| Mercurimetric determination of chloride in Lite Salt. A freshman chemistry experiment | 714 |
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Long, G. G.; Hentz, F. C., Jr. |
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| Out-of-plane metalloporphyrin complexes | 715 |
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Taylor, Glenn A.; Tsubui, Minoru |
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| A vacuum sublimator for student use | 720 |
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Greenberg, Fred H. |
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| Construction of orbital correlation diagrams using Huckel molecular orbital theory | 721 |
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Dalton, J. Christopher; Friedrich, Louis E. |
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| Pople-Pariser-Parr S.C.F.-C.I. molecular orbital program | 724 |
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Molnar, Stephen P. |
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| Teaching moles is child's play | 725 |
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Clausen, Donald |
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| The mole calculator | 725 |
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Heup, Howard, F. |
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| The mole: A number of a mass? | 726 |
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Herron, J. Dudley |
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| The identity of chemical substances: A first laboratory experiment for elementary chemistry students | 726 |
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Fernandez, Jack E. |
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| Eco-chem | 727 |
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Campbell, J. A. |
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| Footnote to the drinking duck exemplum | 728 |
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Plumb, Robert C. |
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| Which starch fraction is water-soluble, amylose or amylopectin? | 729 |
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Green, Mark M.; Blankenhorn, Glenn; Hart, Harold |
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| The latent heat of vaporization of an organic solid: An undergraduate experiment | 730 |
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Khouw, B. H.; Pritchard, H. O. |
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| The oxidation states of gold | 731 |
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Bergendahl, Timothy J. |
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| A laboratory exercise for organic chemistry | 732 |
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Sands, Richard D. |
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| An experimental course in chemical education. A cultural approach | 733 |
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Kopper, Randy; Grice, Ginny; Weiman, Bruce; Jonaitis, Tom; Sanford, Kirk; Fox, Jay |
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| Minicourses in chemistry | 735 |
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Lygre, D. G.; Hasbrouck, R. W.; Gaines, R. D.; Duncan, L. C.; Habib, H. S.; Meany, J. E.; Newschwander, W. W. |
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| Experiments in bioinorganic chemistry | 736 |
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Wolf, Walter A. |
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| Kiddie Chem. A course for children | 737 |
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Powell, David L.; Bromund, R. H.; Haynes, L. W.; McElvany, K. D.; Pederson, J. D. |
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| A novel method for quantitative thin layer chromatography | 738 |
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Baum, D. E.; Shanks, R. A. |
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| Organic chemistry laboratory. A realistic view of problem-solving | 739 |
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Chisholm, Mary G. |
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| A different approach to the biochemistry laboratory | 741 |
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Hurlbut, Jeffrey A. |
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| The chlorophylls. An experiment in bio-inorganic chemistry | 742 |
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Dujardin, Esther; Laszlo, Pierre; Sacks, David |
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| The hydroboration-oxidation of alkenes. A convenient anti-Markownikoff hydration experiment | 745 |
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Kabalka, George W.; Hedgecock, Herbert C., Jr. |
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| A direct calorimetric demonstration of resonance energy in the benzene nucleus | 746 |
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van Vugt, W. H.; Mosselman, C. |
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| The preparation and photochemistry of stilbenes. A synthetic organic chemistry experiment | 747 |
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Davy, J. R.; Jessup, P. J.; Reiss, J. A. |
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| Determination of catalytic coefficient for a first-order reaction. An undergraduate physical chemistry experiment | 749 |
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Fraga, E. R.; Schifino, J.; Gomez, I. |
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| Energy dispersive X-ray fluorescence analysis in ion-exchange studies | 750 |
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Mucci, Joseph F.; Stearns, Robert L. |
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| Tartaric acid | 752 |
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Rees, Thomas |
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| Tartaric acid (the author replies) | 752 |
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Wood, Gordon W. |
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| Thermodynamics and song | 752 |
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Kybett, Brian D. |
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| Atomic spectroscopy atomization systems (concluded) | A503 |
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Dresser, R. D.; Mooney, R. A.; Heithmar, E. M.; Plankey, F. W. |
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| Occupational cancer control and prevention (concluded) | A509 |
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Malone, Winfred F. |
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| Descriptive principles of chemistry (Gesser, Hyman D.) | A521 |
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Warf, James C. |
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| Introduction to chemistry (Dickson, T. R.) | A521 |
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Eddy, Robert D. |
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| Elements of general and biological chemistry. Fourth edition (Holum, John R.) | A521 |
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Phillips, Donald B. |
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| Entertaining and educational demonstrations (Chen, Philip S.) | A522 |
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Gilbert, George L. |
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| Basic mathematics for beginning chemistry (Goldish, Dorothy M.) | A522 |
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Hubbard, Colin D. |
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| Basic and chemistry (Soltzberg, Leonard; Shah, Arving A.; Saber, John C.; Canty, Edgar T.) | A523 |
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Marcus, Stanley T. |
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| Physical chemistry (Daniels, Farrington; Alberty, Robert A.) | A524 |
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Spicer, Leonard D. |
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| Problems in physical chemistry (Wood, A.) | A524 |
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Rue, Rolland R. |
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| Orbital theories of molecules and solids (March, N. H., ed.) | A524 |
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Struve, Walter S. |
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| The chemistry of organolithium compounds (Wakefield, B. J.) | A525 |
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Havel, James J. |
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Created:
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July 5, 2005
July 12, 2005
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