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  Home > JCE Print > Journal of Chemical Education > Issues > 1985  > June  >
Table of Contents
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Cover
June 1985
Vol. 62 No. 6

Creativity and the individual457
Lagowski, J. J.
Metal complexes as color indicators for solvent parameters459
Soukup, Rudolf W.; Schmid, Roland
The transuranium elements463
Seaborg, Glenn T.
Chain reaction wheel: An approach to free radical reactions467
Monroe, Manus; Abrams, Karl
An exercise on the theory of complex spectra468
Sordo, J. A.; Pueyo, L.
Photochromic glass472
Araujo, R. J.
Ewens-Bassett notation for inorganic compounds474
Kauffman, George B.; Jorgensen, Christian Klixbull
"Name that product"-A lively organic chemistry review476
Mattern, Daniell Lewis
Electronic structure in pi systems. Part II. The unification of Huckel and valence bond theories477
Fox, Marye Anne; Matsen, F. A.
A simple method to determine the geometry of triatomic systems486
Thuraisingham, R. A.; Epa, V. C.
Planck's radiation law: Spectral distribution and the gamma functions488
Pyle, John T.
Rival rate equations for steady states490
Miller, Sidney I.
Trajectory calculations by the rolling ball model491
Fernandez, G. M.; Sordo, J. A.; Sordo, T. L.
Editor's note: Feedback on computer languages495
Ragle, John L.
Editor's note: Feedback on computer languages (the author replies)495
Owen, G. Scott
Laboratory information science in the clinical chemistry curriculum496
Boudreau, Donald A.; Catrou, Paul G.
Testing Boyle's law: A context for statistical methods in the undergraduate laboratory497
Carter, David W.
The acquisition of chemical concepts by using the microcomputer as a tutee498
Lehman, Jeffrey R.
Use of DIF files for the Apple computer499
Suder, Robert
Using a computer database - An "experiment" for the organic and forensic laboratories500
Umland, Jean B.
Why do students choose chemistry as a major?501
George, Babu; Wystrach, V. P.; Perkins, Ronald
A critical point503
Gonzalez, Orestes J.
Introduction to chemical science504
Steinhardt, Ralph
Why do we teach gas laws?505
Roe, Robert, Jr.
Why teach the gas laws?505
Davenport, Derek A.
How should equation balancing be taught?507
Porter, Spencer K.
Developing study skills in the context of the general chemistry course: The prelecture assignment509
Kristine, Frank J.
A pictorial framework to aid conceptualization of reaction stoichiometry510
Cameron, David L.
Heterogeneous students in homogeneous classrooms512
Brown, Carol Bentley
Laboratory simulations by computer-driven laser videodiscs514
Brooks, David W.; Tipton, Thomas J.; Lyons, Edwards J.
4,5-diphenyl-1-methylimidazole: An undergraduate laboratory experiment515
Anastas, Paul T.; Kano, Kunio; Anselme, Jean-Pierre
Teaching the research process via organic chemistry lab projects516
Kroll, LeRoy
The preparation of benzoyl esters of phenols and benzoic anhydride by phase-transfer catalysis518
Yeadon, A.; Turney, T. A.; Ramsay, G.
The design of laboratory experiments in the 1980's: A case study on the oxidation of alcohols with household bleach519
Mohrig, Jerry R.; Nienhuis, David M.; Linck, Catherine F.; Van Zoeren, Carol; Fox, Brian G.; Mahaffy, Peter G.
An invitation to experiment with an experiment522
Phanstiel, Otto
An easy DCl(g) prep for the HCl(g)-DCl(g) IR experiment524
Buettner, Garry R.
Producing accurate stereographic images with a flashlight and layers of glass: A source for stereopsis via slides or overhead projection525
Strauss, Michael J.
An inexpensive mercury vapor lamp526
Sands, Richard D.
A "chemistry set" chemistry course for elementary school teachers527
Fanning, James C.; Fanning, Sybil S.
Laboratory chemistry for elementary school teachers527
Woodward, Linda M.
The water softener-A relevant, unifying example of many common chemical principles and calculations529
Fulkrod, John E.
An inexpensive and quick method for demonstrating column chromatography of plant pigments of spinach extract530
Mewaldt, William; Rodolph, Dawn; Sady, Michael
Cathodic protection by impressed current531
Celdran, R.; Gonzalo, P.
Lead in hair and in red wine by potentiometric stripping analysis: The university students' design532
Josephsen, Jens
Low-pressure extraction533
Flamini, Alberto; Poli, Nicola
Iron-sulfur-carbonyl and -nitrosyl complexes: A laboratory experiment534
Glidewell, Christopher; Hyde, Andrew R.; McKechnie, James S.; Pogorzelec, Peter J.
An experiment for introducing statistics to students of analytical and clinical chemistry536
Paselk, Richard A.
Synthesis and multinuclear lanthanide shift reagent NMR analysis of 1- and 2-adamantanol: An advanced undergraduate laboratory project537
Schaeffer, Charles D., Jr.; Yoder, Claude. H.
Improvements in the separation of beta-carotene and lycopene by column chromtography540
Ronman, Peter
Selection of wavelengths for optimum precision in simultaneous spectrophotometric determinations541
DiTusa, Michael R.; Schilt, Alfred A.
Signal-to-noise improvement: An instrumental analysis experiment542
Vassos, B. H.; Lopez, E.
A simple, inexpensive molecular weight measurement for water-soluble polymers using microemulsions545
Mathias, Lon J.; Moore, D. Roger
A flexible, pressure equalizing sidearm548
Lee, Albert W. M.
Information management system in the undergraduate instrumental analysis laboratory. Part II: Applications of LIMSA173
Merrer, Robert J.
Updating older fume hoodsA178
Saunders, G. Thomas
The Central Science: Essays on the Uses of Chemistry (Kauffman, George B.; Szmant, H. Harry)A189
Mackie, Roy E.
Stereochemistry (Ramsay, O. Bertrand)A189
Kauffman, George B.
Transmutation: Natural and Artificial (Trenn, Thaddeus J.)A190
Kauffman, George B.
Total Synthesis of Natural Products: The 'Chiron' Approach (Hanessian, Stephen)A190
Wade, Leroy G., Jr.
Quantum Chemistry, Third Edition (Levine, Ira N.)A191
Finkel, Edward
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Last Updated:
July 5, 2005
July 12, 2005
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