Journal of Chemical Education 1992: Vol 69 Index

33 Pages·1992·13.2 MB·English

ANNUAL INDEX
1-88; A1—-A36 . 517-602; A189-A208
; 89-172; A37—A64 . 603-688; A209-A228
. 173-258; A65-A106 . 689-776; A229-A256 Journal of Chemical Education
259-344; A107—A140 . . 777-860; A257—A284
345-430; A141-A168 . 861-946; A285-A308
431-516; A169-A188 947-1074; A309-A330 Volume 69, 1992
The annual index for Volume 69 of the Journal of Chemical Education is divided into several parts. Book Re-
views are indexed separately both by author and title. Author of articles are listed separately and are cross-
referenced to other authors of the same article. The subject index includes titles listed by keywords, subject
listings, and listings of articles by feature column. The latter two are distinguished from the titles by printing
the listing headings in italics. The following abbreviations are used throughout the index to indicate in which
feature colurnn an article appeared.
AA Applications and Analogies FORUM The Forum PROD Products of Chemistry
BULLETIN The Computer Bulletin Board IC Inventory Control REACT Reactivity Network
CB Concepts in Biochemistry INS Insights SAFETY Safety in the Chemical Laboratory
Cll The Chemical Information Instructor LTE Letter to the Editor ST Safety Tips
CK Chemistry for Kids ML The Microscale Laboratory SYM Symposium
cP Chemical Principles Revisited MODLAB __ The Modern Student Laboratory TD Tested Demonstrations
cs Computer Series NSF Highlights: Programs supported by TF Textbook Forum
EQE Exam Question Exchange the NSF Division of Undergraduate TICI Topics in Chemical Instrumentation
ER Educational Research Education USE What's the Use?
F&R Filtrates and Residues OP Overhead Projector Demonstrations VIEW View from My Classrooom
PO Provocative Opinion
Author Index
A Alger, Donald B. The effect of temperature on tions accelerated by microwave radiation in
the solubility of gases in liquids (TF). 62 the undergraduate organic laboratory. 938
Abad, Concepcién—see Braco, Lorenzo. Alyea, Hubert N. Syringe gas generators (TD). Barral, Francisco Lorenzo; Fernandez, Eu-
Abel, Kenton B.; Halenz, Donald R. Enzyme 65 genio Garcia-Rodeja; Otero, Juan
activity: A simple analogy (AA). 9 Ames, James R.—see Terrian, Deborah L. Ramon Gallastegui. Secondary students’
Abhyankar, Sudhir B.; Dust, Julian M. A Amey, Ralph L. Atmospheric smog analysis in interpretations of the process occurring in
serendipitous two-step synthesis from a a balloon using FTIR spectroscopy: A novel an electrochemical cell. 655
Grignard reaction: 1-ethoxy-1,1,1- experiment for the introductory laboratory Barrow, Gordon M. Science and mythology
triphenlymethane from the reaction of (MODLAB). A148 (LTE). 84
phenylmagnesium bromide with benzophe- Amszi, Vicki L.—see Tucker, Sheryl A. —see Robinson, Maurice.
none. 76 Anderson, Erin L.; Li, Du; Owen, Noel L. Barth, Roger. Mass balance in the physical
Abrash, Henry I. A course in chemical infor- Solving molecular structures using NMR chemistry curriculum: An improved ap-
mation retrieval (CII). 143 and molecular mechanics: An undergradu- proach to chemical kinetics. 622
ate research project. 846
Abuin, Elsa B.; Lissi, Eduardo A. Substrate Batt, Russell H., editor. The computer bulletin
partitioning and chemical equilibrium in a Anderson, James R.—see Strom, Laura A. board. A4, A130, A154, A240
micellar solution. 340 Anjo, Dennis M.—see Stangeland, Leiv Battino, Benjamin S.—see Battino, Rubin.
Jonn.
Ackermann, Martin N. Replacing carbon tet: Battino, Rubin. On the importance of rote
Other alternatives (LTE). 602 Arehart, James D.—see Battino, Rubin. learning (PO). 135
Arnikar, H. J. Argon—potassium atomic weight
Acree, William E., Jr.—see Tucker, Sheryl A. inversion in the periodic table (1. TE) 687 —Arehart, James D.; Foot, Neville W.;
Adams, David L. Toward the consistent use of Stott, James B. The bird-scarer (combus-
regiochemical and stereochemical terms in Arnold, L. J. Mass spectra and the Macintosh: tion) demo (TD). 64
Isotope pattern calculator. A program to cal-
introductory organic chemistry. 451 culate isotopic ratios for molecular frag- —Battino, Benjamin S.; Scharlin,
Ahmad, Jamil. Cleavage patterns in a layer of ments (CS). 811 Pirketta. Hydrogen balloon explosions. 921
tale spread over water surface (TD). 1029 Asleson, Gary L.—see Deavor, James P. —Fortman, John J. Comments on the
Ahmad, Wan-Yaacob; Omar, Siraj. Drawing Atwood, Charles H. How much radon is too safety of the methanol cannon (LTE). 172
Lewis structures: A step-by-step approach. much? 351 —see Fortman, John J.
791 Baumann, Melissa G. D.; Wright, John C.;
Ahn, M. K.; Reuland, D. J.; Chadd, K. D. Ellis, Arthur B.; Kuech, Thomas;
Electrochemical measurements in general Lisensky, George C. Diode lasers. 89
chemistry lab using a student-constructed Baumgarten, R. L.—see Ganjian, I.
Ag-—AgCl reference electrode. 74 Bailey, Leonard C. Grade-scaling: A simpli- Bays, J. Philip. So you want to do molecular
Ainscough, Eric W.; Brodie, Andrew M.; fied approach. 221 modeling? A consumer’s guide to desktop
Wplaalnlta cheo,r mAonnen.a 3L1.5 Ethylene—An unusual BBaallcdewlilsn,, MWe.r cGe.;— sBeurec hCilaln,e laC,. ER. aTmhoen .a cid equi- mo0d9 eling programs for the Macintosh (CS).
Airoldi, C.—see Martinho Simées, J. A. librium constant is unity! (LTE). 514 Beasley, Warren F. Curriculum innovation
Akee, Rhone—see Silverman, L. Phillip. —Standard states for water equilibrium and teacher development: The unbalanced
Alberty, Robert A. Conversion of chemical (LTE). 255 chemical education equation. 57
equations to biochemical equations. 493 Ball, David W.—see Tanski, Stephanie. Beaton, John M. A paper-pattern system for
Alexander, John J., editor. Exam question ex- Banks, Aiton J. What's the use? 18, 99 the construction of fullerene molecular mod-
change. 114, 412, 645 Bano, M. Carmen—see Braco, Lorenzo. els. 610
Alexander, M. Dale. Reactions of the alkali Bari, Shamsher S.; Bose, Ajay K.; Chaudh- Beavers, Lindsay—see Melka, Richard F.
metals with water: A novel demonstracion ary, Ashok G.; Manhas, Maghar S.; Becker, Robert. An “egg-splosive” demonstra-
(TD). 418 Raju, Vegesna S.; Robb, Ernest W. Reac- tion. 229
1042 Journal of Chemical Education
ANNUAL INDEX
1-88; A1—-A36 . 517-602; A189-A208
; 89-172; A37—A64 . 603-688; A209-A228
. 173-258; A65-A106 . 689-776; A229-A256 Journal of Chemical Education
259-344; A107—A140 . . 777-860; A257—A284
345-430; A141-A168 . 861-946; A285-A308
431-516; A169-A188 947-1074; A309-A330 Volume 69, 1992
The annual index for Volume 69 of the Journal of Chemical Education is divided into several parts. Book Re-
views are indexed separately both by author and title. Author of articles are listed separately and are cross-
referenced to other authors of the same article. The subject index includes titles listed by keywords, subject
listings, and listings of articles by feature column. The latter two are distinguished from the titles by printing
the listing headings in italics. The following abbreviations are used throughout the index to indicate in which
feature colurnn an article appeared.
AA Applications and Analogies FORUM The Forum PROD Products of Chemistry
BULLETIN The Computer Bulletin Board IC Inventory Control REACT Reactivity Network
CB Concepts in Biochemistry INS Insights SAFETY Safety in the Chemical Laboratory
Cll The Chemical Information Instructor LTE Letter to the Editor ST Safety Tips
CK Chemistry for Kids ML The Microscale Laboratory SYM Symposium
cP Chemical Principles Revisited MODLAB __ The Modern Student Laboratory TD Tested Demonstrations
cs Computer Series NSF Highlights: Programs supported by TF Textbook Forum
EQE Exam Question Exchange the NSF Division of Undergraduate TICI Topics in Chemical Instrumentation
ER Educational Research Education USE What's the Use?
F&R Filtrates and Residues OP Overhead Projector Demonstrations VIEW View from My Classrooom
PO Provocative Opinion
Author Index
A Alger, Donald B. The effect of temperature on tions accelerated by microwave radiation in
the solubility of gases in liquids (TF). 62 the undergraduate organic laboratory. 938
Abad, Concepcién—see Braco, Lorenzo. Alyea, Hubert N. Syringe gas generators (TD). Barral, Francisco Lorenzo; Fernandez, Eu-
Abel, Kenton B.; Halenz, Donald R. Enzyme 65 genio Garcia-Rodeja; Otero, Juan
activity: A simple analogy (AA). 9 Ames, James R.—see Terrian, Deborah L. Ramon Gallastegui. Secondary students’
Abhyankar, Sudhir B.; Dust, Julian M. A Amey, Ralph L. Atmospheric smog analysis in interpretations of the process occurring in
serendipitous two-step synthesis from a a balloon using FTIR spectroscopy: A novel an electrochemical cell. 655
Grignard reaction: 1-ethoxy-1,1,1- experiment for the introductory laboratory Barrow, Gordon M. Science and mythology
triphenlymethane from the reaction of (MODLAB). A148 (LTE). 84
phenylmagnesium bromide with benzophe- Amszi, Vicki L.—see Tucker, Sheryl A. —see Robinson, Maurice.
none. 76 Anderson, Erin L.; Li, Du; Owen, Noel L. Barth, Roger. Mass balance in the physical
Abrash, Henry I. A course in chemical infor- Solving molecular structures using NMR chemistry curriculum: An improved ap-
mation retrieval (CII). 143 and molecular mechanics: An undergradu- proach to chemical kinetics. 622
ate research project. 846
Abuin, Elsa B.; Lissi, Eduardo A. Substrate Batt, Russell H., editor. The computer bulletin
partitioning and chemical equilibrium in a Anderson, James R.—see Strom, Laura A. board. A4, A130, A154, A240
micellar solution. 340 Anjo, Dennis M.—see Stangeland, Leiv Battino, Benjamin S.—see Battino, Rubin.
Jonn.
Ackermann, Martin N. Replacing carbon tet: Battino, Rubin. On the importance of rote
Other alternatives (LTE). 602 Arehart, James D.—see Battino, Rubin. learning (PO). 135
Arnikar, H. J. Argon—potassium atomic weight
Acree, William E., Jr.—see Tucker, Sheryl A. inversion in the periodic table (1. TE) 687 —Arehart, James D.; Foot, Neville W.;
Adams, David L. Toward the consistent use of Stott, James B. The bird-scarer (combus-
regiochemical and stereochemical terms in Arnold, L. J. Mass spectra and the Macintosh: tion) demo (TD). 64
Isotope pattern calculator. A program to cal-
introductory organic chemistry. 451 culate isotopic ratios for molecular frag- —Battino, Benjamin S.; Scharlin,
Ahmad, Jamil. Cleavage patterns in a layer of ments (CS). 811 Pirketta. Hydrogen balloon explosions. 921
tale spread over water surface (TD). 1029 Asleson, Gary L.—see Deavor, James P. —Fortman, John J. Comments on the
Ahmad, Wan-Yaacob; Omar, Siraj. Drawing Atwood, Charles H. How much radon is too safety of the methanol cannon (LTE). 172
Lewis structures: A step-by-step approach. much? 351 —see Fortman, John J.
791 Baumann, Melissa G. D.; Wright, John C.;
Ahn, M. K.; Reuland, D. J.; Chadd, K. D. Ellis, Arthur B.; Kuech, Thomas;
Electrochemical measurements in general Lisensky, George C. Diode lasers. 89
chemistry lab using a student-constructed Baumgarten, R. L.—see Ganjian, I.
Ag-—AgCl reference electrode. 74 Bailey, Leonard C. Grade-scaling: A simpli- Bays, J. Philip. So you want to do molecular
Ainscough, Eric W.; Brodie, Andrew M.; fied approach. 221 modeling? A consumer’s guide to desktop
Wplaalnlta cheo,r mAonnen.a 3L1.5 Ethylene—An unusual BBaallcdewlilsn,, MWe.r cGe.;— sBeurec hCilaln,e laC,. ER. aTmhoen .a cid equi- mo0d9 eling programs for the Macintosh (CS).
Airoldi, C.—see Martinho Simées, J. A. librium constant is unity! (LTE). 514 Beasley, Warren F. Curriculum innovation
Akee, Rhone—see Silverman, L. Phillip. —Standard states for water equilibrium and teacher development: The unbalanced
Alberty, Robert A. Conversion of chemical (LTE). 255 chemical education equation. 57
equations to biochemical equations. 493 Ball, David W.—see Tanski, Stephanie. Beaton, John M. A paper-pattern system for
Alexander, John J., editor. Exam question ex- Banks, Aiton J. What's the use? 18, 99 the construction of fullerene molecular mod-
change. 114, 412, 645 Bano, M. Carmen—see Braco, Lorenzo. els. 610
Alexander, M. Dale. Reactions of the alkali Bari, Shamsher S.; Bose, Ajay K.; Chaudh- Beavers, Lindsay—see Melka, Richard F.
metals with water: A novel demonstracion ary, Ashok G.; Manhas, Maghar S.; Becker, Robert. An “egg-splosive” demonstra-
(TD). 418 Raju, Vegesna S.; Robb, Ernest W. Reac- tion. 229
1042 Journal of Chemical Education
—tihde, John; Cox, Kersti; Sarquis, Jerry —Scanning tunneling microscopy of silicon Casas, Ignasi; Pérez, Juan J. Modification to
L. Making radial chromatography creative and carbon (MODLAB). A90 flow chart to determine point groups (LTE).
chromatography: For fun flowers on fabrics. Breedlove, C. H. Some iliuminating chemistry 83
979 providing by a camping lantern. 621 Cavanaugh, Margaret A.—see Roscher,
Beilby, Alvin L. Art, archaeology, and analyti- Breneman, G. L.; Parker, O. J. Spreadsheet Nina Matheny.
cal chemistry: A synthesis of the liberal titration of diprotic acids and bases (CS). 46 Cawley, John J. Lecture or laboratory: Choos-
arts. 437 —Teaching quantum mechanics with Theo- ing between two “goods” (PO). 642
Bell, Harold M. Proton and carbon-13 NMR rist (BULLETIN). A4 Chadd, K. D.—see Ahn, M. K.
simulation of mixtures (CS). 44 Brenner, Henry C. The kinetic molecular the- Chagas, A. P.—see Martinho SimGes, J. A.
Benedetti, Giorgio; Morosetti, Stefano. A ory and the weighing of gas samples (TF). Champion, Tim, editor. Safety tips. 408, 494,
method for building simple physical models: 558 643, 824, 911, 1016
Representing the structures of nucleic acids. Brewer, Greg. Evaluating magnetic parame- Chan, Wing Hong; Cai, Pei Xiang. An easily
ters of polynuclear complexes: Fitting exper- assembled setup for stirring multiple reac-
Bennett, Carole; Dyer, Jeanne. A novel and imental data to theoretical equations on a tions. 598
cheap magnetic stirrer (IC). 415 personal computer (CS). 1006 Chand, Sudha—see Rastogi, R. P.
Bergquist, Wilbur. Do “likes dissolve likes”? Brieger, Gottfried. Microscale synthesis of Chang, Raymond; Skinner, James F. A lec-
An illustration of polar and nonpolar sol- azulene (ML). A262 ture demonstration of the critical phenome-
vents (TD). 158 Brisbois, Ronald G. Davidsoniana Jones and non (TD). 158
Berka, L. H.; Clark, W. J.; White, D. C. Com- the cult of the curved arrow. 971 Chapman, Orville L.; Russell, Arlene A.
parison of two laboratory/computer interfac- Brockwell, Joyce C.; Holmquist, Christo- Structure, chirality, and FT-NMR in
ing systems for temperature and pher R. {-keto esters from tin(II) chloride sophomore organic chemistry. 779
absorbance measurements (CS). 891 catalyzed reactions of aldehydes with ethyl Chau, F. T.; Tam, K. Y. Controlling a stepper
Bernal, Ivan. Conglomerate crystallization diazoacetate: An undergraduate laboratory motor: Using the IBM PC communication
and chiral discrimination phenomena: In experiment drawn from the current litera- port (BULLETIN). A154
vivo and in vitro. 468 ture. 68 Chaudhary, Ashok G.—see Bari, Shamsher
Bertolucci, Craig M.—see Mathias, Lon J. Brodie, Andrew M.—see Ainscough, Eric W. S.
Bevak, Joseph P.; McDevitt, Eugene J. Al- Brooks, Arthur S.—see Shaw, C. Frank, III. Chauvin, Judy V.; Field, Jack E. Keeping
ternative Aufbau mnemonics (LTE). 430 Brooks, David W., editor. Educational re- the “un” in unknowns in qualitative identifi-
Bigger, Stephen W.; Ghiggino, Kenneth P.; search. 750 cation exercises using FTIR. 661
Mellak, Geoffrey A.; Verity, Bruce. Brouwer, H. Limewater dispenser bottle. 582 Chen, Chien T. Understanding the fate of pe-
Illustration of the principles of fluorimetry: —Line spectra using a CD disc (TD). 829 troleum hydrocarbons in the subsurface en-
An apparatus and experiments specially de- Brown, Rachel—see Thomas, Nicholas C. vironment. 357
signed for the teaching laboratory. 675 Brown, Richard E.—see Luehrs, Dean C. Chen, Guo-Qiang. Symmetry elements and
Bindel, Thomas H. Avogadro’s number: Sur- Brown, Thomas; Sund, Eldon H. Unfreezing molecular achirality. 159
prise! (CS). 305 standard-taper joints. 421 Cheng, Ru-Jen; Hsu, Chih-Li; Tsai, Yu-
Bird, E. W.; Sturtevant, Floyd. Extraction of Bruce, Matthew H.—see Sutman, Frank X. Fang. Constructing a complete tempera-
FD&C dyes from common food sources: Bruneau, E.; Lavabre, D.; Levy, G.; ture—composition diagram for a binary
Their separation utilizing column chroma- Micheau, J. C. Quantitative analysis of mixture: A new experiment that uses quan-
tography. 996 continuous-variation plots with a compari- titative gas chromatography. 581
Birdwhistell, Ralph K., editor. Textbook son of several methods: Spectrophotometric Ching, Goh Siah—see Holdsworth, David.
forum. 62, 112, 290, 470, 558, 742 study of organic and inorganic 1:1 stoichiom- Chiu, Grace. Use of plastic syringes as measur-
Birk, James P.., editor. Computer series. 41, etry complexes. 833 ing pipets. 666
123, 209, 296, 393, 488, 529, 648, 744, 810, Bruno, Thomas J. Simple, inexpensive appara- Choquette, Michael—see Lewis, Ronald G.
888, 1003 tus for sample concentration. 837 Chow, Tai L. A note on the Schrédinger repre-
Birk, James P. The computer as student: An Bryan, R. F. Isidor Fankuchen alias Isadore sentation of the momentum and energy op-
application of artificial intelligence. 294 van Kueken (LTE). 775 erators. 537
—Coffman, Phillip R. Finding the face-cen- Buccigross, Jeanne M. T-shirt chromatogra- Ciolkowski, Edward L.—see Galloway,
tered cube in the cubic closest packed struc- phy: A chromatogram you can wear. 977 Douglas B.
ture. 953 Bunn, Barbara B.—see Silverman, L. Phil- Clapp, Charles H.; Swan, James S.;
—Walters, David L. Three methods for lip. Poechmann, James L. Identification of
studying the kinetics of the halogenation of Buraczewski, Mark—see Bozlee, Brian J. amino acids in unknown dipeptides: A
acetone. 585 Burchill, C. E. Comment on: Empathy for the derivatization with 9-fluorenylmethy]
Bishop, Muriel Boyd, editor. Chemical princi- exile: Chemistry and classical literature chloroformate and HPLC (MODLAB). A122
ples revisited. 222, 554 (LTE). 1040 Clark, David B. Very large hydrogen atoms, in-
Blanck, Harvey F. Introduction to a quantum —see Baldwin, W. George. deed (LTE). 946
mechanical harmonic oscillator using a mod- Burgstahler, Albert W. Gravimetric-gasomet- Clark, Lisa M.; Hayes, Susan E.; Hayes,
ified particle-in-a-box problem. 98 ric determination of zinc on galvanized nails David M.; McFarland, Jeffrey M.;
Blomberg, Lars E..—see Silverstein, Todd P. (F&R). 575 Miller, Robin L.; Shalmi, Craig L.;
Blime, Rudiger—see Sommerfeld, Herbert. Burrows, Hugh D. Studying odd-even effects Soltis, Marabeth G.; Susnow, Roberta;
Bodner, George M. Why changing the curricu- and solubility behavior using a,w-dicarbox- Strong, Robert L. Flash photochemical
lum may not be enough (FORUM). 186 ylic acids. 69 measurements in the physical chemistry lab-
—see Smith, Paul E. Byars, Jeffrey; McCreary, Terry W. A more oratory: Kinetics of deactivation of electroni-
Bogner, Donna, editor. Insights. 59, 305 environmentally acceptable determination cally excited aromatic molecules by oxygen.
Bonchev, Danail G.—see Temkin, Oleg N. of iron in an ore. 935 336
Boo, W, O. J. An introduction to fullerene Clark, W. J.—see Berka, L. H.
structures: Geometry and symmetry. 605 Coffman, Phillip R.—see Birk, James P.
Bose, Ajay K.—see Bari, Shamsher S. Cc Cobranchi, Daryl] P.; Eyring, Edward M.;
Bowen, Craig W. Myths and metaphors: Their Sommerfeld, David A. Solving simulta-
influence on chemistry instruction. 479 Cagle, M. D.; Denton, T.; Eisenbraun, E. J. neous equilibria (LTE). 1039
Boyd, David C.; Johnson, Brian J,; Mann, Refrigerated dropping funnel and reflux con- Cohen, Brenda H.—see Cohen, Paul S.
Kent R. Photochemical and electrochemical denser. 331 Cohen, Paul S.; Cohen, Brenda H. Discover-
studies of an organometallic sandwich com- Cai, Pei Xiang—see Chan, Wing Hong. ing ... San Francisco. A69
pound: An inorganic chemistry experiment Cailan, Wang—see Yongsheng, Han. —Discovering ... Washington, D.C. A191
(MODLAB). A315 Campbell, Mark L.; Waite, Boyd A. Standard Cohen, Ruben D. How the size of a random
Bozlee, Brian J.; Luther, Joseph H.; states for water equilibrium (LTE). 256 sample affects how accurately it represents
Buraczewski, Mark. The infrared over- Canagaratna, Sebastian G. Intensive and ex- a population. 200
tone intensity of as imple diatomic: Nitric tensive: Underused concepts. 957 Combs, Leon L. An alternative view of fugac-
oxide. 370 Canales, Carmen; Egan, Laura; Zimmer, ity. 218
Braca, Paul R.—see McMahon, John J. Mare. Molecular modeling as an inorganic Corkern, Walter H.; Holmes, L. H., Jr.;
Braco, Lorenzo; Bané, M. Carmen; Abad, chemistry exercise. 21 Higginbothan, N. A. Kinetic art through
Concepcion. Monitoring self-association of Canela, Ramon; Balcellis, Merce. An Ace re- chemistry (OP). 1025
a hydrophobic peptide with high perfor- ducing adapter for screw vials. 244 —Munchausen, Linda L. Solubility of alco-
mance liquid chromatography: An under- Cardulla, Frank, editor. View from my class- hols (OP). 928
graduate kinetic experiment using the room. 737 Cortes, Luis. The use of problem-solving in the
antibiotic gramicidin A(MODLAB). A113 Carnahan, Jon W.—see Wu, Mingin. history of chemistry course. 1012
Braun, Robert D. Electricity/electronic experi- Carvajal, Jordi. The quest for mistakes (INS). Courie, Philip—see Kumar, Vinay.
ments for the chemistry laboratory. 671 498 Cox, Kersti—see Becker, Robert.
Volume 69 Number 12 December 1992 1043
Craig, Norman C.; Gee, Gilbert C.; John- —The use of equilibrium notation in listings tension of a liquid by automating the drop-
son, Adam R. Co and C7) made simply. 664 of standard potentials (LTE). 256 weight method (CS). 814
Crawford, Rebecca D. Deja vu. 966 Douglas, John E. Cosmochemistry: A topic for Eyring, Edward M.—see Cobranchi, Daryl
Crosby, G. A. Some thoughts on the craft of the liberal arts chemistry course. 907 P.
lecturing in the sciences. 433 —Data analysis in the computer age: A Monte
Crosson, Mary; Gibb, Reen. Microscale exper- Carlo computer simulation of error sensitiv-
iments: Dissolved oxygen and chloride deter- ity in the determination of formation con- F
mination in water (F&R). 830 stants. 885
Crute, Thomas D. Organic synthesis by relay. Douphner, Dijon—see Green, David B. Fernandez, Eugenio Garcia-Rodeja—see
559 -° Dowd, Patrick F.—see Shen, Samuel K. Barral, Francisco Lorenzo.
—Phenol and the importance of dose. 553 Draeger, J. A.—see Melka, Richard F. Fetto, Pasquale. Is an “empty” bottle truly
Czapkiewicz, J.; Tutaj, B. A design for low- Driscoll, Jerry A.—see Ragsdale, Ronald O. empty? 823
temperature filtration of strongly hygro- Droske, John P. Incorporating polymeric ma- Field, Jack E.—see Chauvin, Judy V.
scopic crystals. 590 terials topics into the undergraduate chem- Filgueiras, Carlos A. Balancing a chemical
istry core curriculum (NSF) 1014 equation: What does it mean? 276
Duarte, Frederick F.; McCoy, Layton L.; Fine, Leonard, editor. Contemporary history
D Popp, Frank D. Microscale filtration (ML). series. 362
A314 Finlayson, A. C. The pH range of the Mohr ti-
Duffey, George H. Computing the tetrahedral tration for chloride ion can be usefully ex-
D’Souza, Malcolm J.—see Pinhas, Allan R. angle (LTE). 171 tended to 4—10.5 (TF). 559
DDaalblkien,g erR,. BR.i—csheaer dR aoF,. —sT.e eS .G alloway, Doug- Dugatsry,: AHne rimnatrnond.uc tToerya chciounrgs e.b io2o6r8g anic chemis- FitzPhhuilglhi,p . Anthony L.—see Silverman, L.
las B. —Teaching molecular modeling: An introduc- Flurkey, William H.—see Rodriquez, Marta
Darden, Edward H.—see Lewis, Ronald G. tory course for chemists, imp! ted at Olga.
DDaasv,i d,I shCawralr —Ws.e eC omRpaustteogri-,a ssRi.s tPe. d testing: In the Universite de Montreal (CS). 533 Foot, Neville W.—see Battino, Rubin.
Duke, Brian J.; O’Leary, Brian. The Gauss- Ford, Robert G. Using the X window system
technical subjects (CS). 396 ian programs as a teaching tool: A case in chemical education (CS). 888
Davis, J. David—see Leone, Stephen A. stucy on molecular hydrogen calculations Fortman, John J. An overhead projector dem-
De Moura, John M. New source for starch so- (CS). 529 onstration of nuclear beta emission (OP).
lutions: Biodegradable pellets (LTE). 860 }Junkleberger, Gary E.—see Yohe, Bradley. 162
Deal, S. Todd. An inexpensive flash chromatog- Dust, Julian M.—see Abhyankar, Sudhir B. —Analogical demonstrations (AA). 323
raphy apparatus for the teaching/research Dyer, J see B tt, Carole. —The old Nassau demonstration: Educational
lab. 939 and entertaining variations (TD). 236
Deavor, James P. Equal credit for equal hours —Battino, Rubin. More inexpensive video-
(PO). 310 E taped demonstrations. 319
—Asleson, Gary L.; Martin, Elizabeth; —Stubbs, Katherine M. Demonstrations
Metz, Clyde. Chemistry merit badge: A Ealy, Julie B.; Pickering, Miles. High school with red cabbage indicator (OP). 66
project for a service organization (CK). 131 laboratory without lab handouts. 150 —see Battino, Rubin.
DeLeeuw, Bradley J.; Grev, Roger S.; Ebenezer, Jazlin V. Making chemistry learn- Fowler, Rosemary G. Microscale reactions of
Schaefer, Henry F. III. A comparison and ing more meaningful. 464 vanillin (ML). A43
contrast of selected saturated and unsatu- Eberhart, J. G. A least-squares technique for Fraiji, Lee K.; Hayes, David H.; Werner, T.
rated hydrides of group 14 elements: C2He, determining the van der Waals parameters C. Static and dynamic fluorescence quench-
SieHs, Ge2He, and C2He, SigHe, GeoHe. 441 from the critical constants. 220 ing experiments for the physical chemistry
DeLoach, Will S.—see Everett, Kenneth G. —The Clausius equation of state and a two- laboratory. 424
DeLorenzo, Ron, editor. Applications and parameter modification. 113 Frascaroli, M.—see Signorella, S.
analogies. 9, 206, 323, 389, 496, 543, 753, Edmiston, Clyde. The nature of the chemical Freeman, Robert D. A potpourri of comments
794 bond—Once more (LTE). 600 (LTE). 860
DeLorenzo, Ronald. Scaling grades (LTE). 170 Edwards, Paul A.; McKay, J. Brian; Sink, French, Larry G. Teaching organic synthesis:
Delumyea, R. Del. Vapor pressure demonstra- Charles W. First-year chemistry laboratory An advanced organic chemistry course that
tions using a butane lighter. 321 calculations on a spreadsheet (CS). 648 uses the primary literature. 287
Deming, Stanley N.—see Palasota, John A. Efstathiou, Constantinos E. Stochastic calcu- Friedman, Harold B. DDT
Denton, T. T.; Eisenbraun, E. NMR tube lation of critical Q-test values for the detec- (dichlorodiphenyltrichloroethane):A
cleaner. 1036 tion of outliers in measurements. 733 chemist’s tale (CHS). 362
—see Cagle, M. D. Egan, Laura—see Canales, Carmen. Fruen, Lois. “Why do we have to know this
Deprés, Jean-Pierre; Morat, Claude. Meso Eichstadt, Karen E. Integrating research in- stuff?” (VIEW). 737
and dl diastereomers: Synthesis and 'H strumentation with the general chemistry Fulep-Poszmik, Annamaria—see Solomon,
NMR study of the 1,3-diphenylpropane-1,3- curriculum. Part I: Mass spectrometry. 48 Sally.
diols: An advanced undergraduate project in Eisenbraun, E. J.—see Cagle, M. D.
physical organic chemistry (MODLAB). —see Zhang, Juan.
A232 —see Denton, T. T. G
Desmarais, George. Pressure determinations Ellis, Arthur B; Gese!bracht, Margaret J.;
using open-end manometers (INS). 498 Greenblatt, Martha; Johnson, Brian J.; Gaggero, Fernando Labandera; Luaces,
Detlefsen, David J.; Riaz, Ulmer; Hallada, Lisensky, George C.; Robinson, William Victor Martinez. An hydrogen sulfide free
Marian Chu. Preparing Hypercard soft- R.; Whittingham, M. Stanley. Materials analytical technique for cation analysis: The
ware for a chemistry study center (CS). 41 companion to general chemistry: An update statistical approach. 934
Dewar, Phyllis D. Red, white, blue, and yel- (NSF). 1015 Galloway, Douglas B.; Ciolkowski, Edward
low chemistry (TD). 572 —see Baumann, Melissa G. D. L.; Dallinger, Richard F. Raman spectros-
Dias, Jerry Ray. An example molecular or- —see Lisensky, George C. copy for the undergraduate physical and an-
bital calculation using the Sachs graph Ellison, Mike. Boiling and freezing simulta- alytical laboratories. 79
method (SYM). 695 neously—with a feeble vacuum pump! (TD). Gandler, Joseph R.—see Stromg, Laura A.
Dikshit, S. K.; Singh, Ramsharan. Semi- 325 Ganjian, I.; Baumgarten, R. L.; Valenzuela,
topological representation of electronic Elsworth, John F. A simple generator for com- R. J. Using spin-spin decoupling NMR for
structure of complex boron hydrides and mon gases at atmospheric pressure. 419 structure elucidation in the extraction of
ions using styx numbers. 274 Englund, Charles R. Cutting filter paper for cinnamaldehyde. 511
Dills, Charles E. A walk through snow (PO). microscale use. A314 Garcia, M. V.; Tiemblo, P. Kinetic study of
784 Erickson, Karen L.—see Williams, John P. the reaction between ethanol and
Diogo, H. P.; Minas da Piedade, M. E.; Erwin, David K. Simple and inexpensive ki- chloroacety] chloride in chloroform: A labora-
Moura Ramos, J. J.; Simoni, J. A.; netics: A student laboratory experiment and tory experiment using Fourier transform in-
Martinho Simées, J. A. A reaction-solu- demonstration (TD). 926 frared spectroscopy. 841
tion calorimeter for the undergraduate labo- Eswaran, S. V.; Sajadian, S. K. Synthesis of Garcia, S.—see Signorella, S.
ratory. 940 5,6-dimethoxybenzofuroxan: An organic Garcia-Anton, J.—see Guifion, Jose L.
Dixon, Christine E.; Pyne, Stephen G. Syn- chemistry laboratory experiment. 839 Garland, Denise A.—see Green, Michael E.
thesis of epoxidated chalcone derivatives: A Everett, Kenneth G.; DeLoach, Will S.; Gee, Gilbert C.—see Craig, Norman C.
useful introductory undergraduate experi- Millen, Celeste. The early chemistry doc- Gehlhausen, Jay M.—see Wu, Mingin.
ment in organic synthesis. 1032 torate in America. 261 Geller, B.; Polyachenok, O.; Roganov, G.
vonkersloot, Maarten C. A. Fugacity—More Ewart, H. Alan; Hyde, Kenneth E. The waiter Help asked in solving ecological education
than a fake pressure (TF). 290 drop experiment: Determining the surface problems in Byelarus (LTE) 685
1044 Journal of Chemical Education
Gerlovich, Jack A. OSHA’s new chemical lab Harris, Daniel C.—see Harris, David L. Huai, Liu; Qingwei, Wang; Lixin, Liu. An
standard and its impact on school science Harris, David L.; Harris, Daniel C. A low- improvement on the formula for group elec-
laboratories (ST). 643 cost pH meter for the classroom. 563 tronegativity. 783
—Science safety: A national status report of Harris, Harold H.; O’Brien, James J. Instru- Hughes, Elvin, Jr. A demonstration of the
state regulations (ST). 824 mental analysis courses: Part I. The current molar volume of nitrogen gas (TD). 763
Geselbracht, Margret J.—see Lisensky, experimental practice (TICI). A266 Hunt, Andrew—see Phillips, Paul S.
George C. Harrison, Ernest A., Jr. New recrystallization Hunter, Norman W.; Holder, Dale A. A
—see Ellis, Arthur B. solvent for synthesis of a teacher-built device to demonstrate molecu-
Ghiggino, Kenneth P.—see Bigger, Stephen bicyclo[2,2,1}heptene (LTE). 860 lar motion (IC). 63
Ww —The importance of temperature control in —Wilkins, Curtis C.; Pearson, Earl F. Gas
Gibb, Reen—see Crosson, Mary. the preparation of phencyclone (1,3-diphe- chamber stoichiometry (AA). 389
Gibbon, Donald L.; Kennedy, Keith; Read- nyl-2-H-cyclopenta[I}phenanthrene-2-one). —-see Wilkins, Curtis C.
ing, Nathan; Quieroz, Mardsen. The ther- 571 Hurd, Charles D. Personal recollections of
modynamics of home-made ice cream. 658 Hasegawa, Tadashi; Usui, Toyokazu. Cau- Frank C. Whitmore. 439
Gilbert, George L., editor. Tested demonstra- tionary note regarding the phenol color test Hurst, Michael O.; Keenan, Michael V.;
tions. 64, 157, 235, 325, 417, 497, 572, 654, by ferric chloride in acidic solution. 840 Son, Chae C. Purification of lysozyme by
762, 827, 924, 1028 Hawkes, Stephen J. Arrhenius confuses stu- linear salt gradient and SDS gel electropho-
Gilbert, Mark P.—see Lewis, Ronald G. dents (PO). 542 resis. 850
Gillespie, Ronald J. General chemistry: More —Why should they know that? (FORUM). 178 Hutchinson, Bennett—-see Green, David B.
than a course in chemistry (LTE). 946 Hayes, David H.—see Fraiji, Lee K. Hyde, Kenneth E.—see Ewart, H. Alan.
—Multiple bonds and the VSEPR model. 116 —see Clark, Lisa M.
Gilow, Helmuth M. Microscale elimination re- Hayes, Susan E.—see Clark, Lisa M.
actions: Experiments for organic chemistry
Hecht, Charles E. Some questions on Buck-
using the small scale approach (ML). A265
minsterfullerene, Cgo for general and inor-
Gilson, D. F. R. Order and disorder and entro- ganic chemistry students (EQE). 645 Iacoe, David A.; Potter, William T.; Teeters,
pies of fusion. 23 —Solving simultaneous equilibria (LTE). 1039 Dale. Simple generation of Cgo (Buck-
Glaister, P. An alternative proof that equilib- Hedrick, Jack L. The Sophist expounds on minsterfullerene). 663
rium concentrations for a chemical reaction chemical education (PO). 37 Ibanez, Jorge G. Adding an important refer-
tairael aclonwcaeynst ruantiiqounesl. y 5d1 etermined by the ini- Heinschel, Judie—see Walhout, Justine S. ence (LTE). 860
Helfferich, Friedrich G. Solving quadratic Ihde, John—see Becker, Robert.
Goldberg, David E. Misusing “molecular”
equations (LTE). 258
(LTE). 776
Helser, Terry L. Amino acid discovery. 970
Goldfeld, Michael G. Summer schools for ju-
—Enzyme activity: The ping-pong ball torture J
nior chemists ‘n Russia. 292
analogy. 137
Gomez, Marielle E.; Kaifer, Angel E.
Voltammetric behavior of a ferrocene deriva- —lIonophoresis apparatus potentially lethal Jackman, Donald C. Algorithm for plotting ti-
tive: A comparison using surface-confined hazard (LTE). 172 tration curves (LTE). 257
and diffusion-controlled species. 502 —Metric matrix. 986 Jackson, W. Gregory. Symmetry in automo-
Goodney, David E. Using icon-based program- Hemenway, Eric C.; Wade, Adrian P. A pro- bile tires and the left-right problem. 624
ming for classroom demonstrations (CS). 811 gram to simulate a nematic liquid crystal in Jacob, Linda A. A simple and inexpensive gas
2-D for use in computer-assisted education trap or gas inlet for microscale work (ML).
Greaves, Ronald J.; Schlecht, Kenneth D.
Gibbs free energy: The criteria for spontane- (CS). 123 A313
ity (TD). 417 Hennings, David G. Equipment for gas law ex- Jaiswal, Kiran—see Rastogi, R. P.
Green, David B.; Douphner, Dijon; Hutch- periments. 773 Jenkins, Jerry A. Undergraduate instruction
inson, Bennett. A simple, inexpensive de- Herrmann, Mary S. An easy-to-do plating ex- in online searching of Chemical Abstracts
vice for measuring the critical temperature periment (F&R). 60 (CID). 639
of a high-temperature superconductor. 343 Hertzler, Russell L.—see Zhang, Juan. Johnson, Adam R.—see Craig, Norman C.
Green, Michael E.; Garland, Denise A. Heyrovska, R. On neutron numbers and Johnson, Brian J.—see Boyd, David C.
Classroom experience: Using estimated an- atomic masses (TF). 742 —see Ellis, Arthur B.
swers in solving chemistry problems. 898 Hickman, Raymond J. S. Urinary excretion Johnston, Kevin—see Smith, Paul E.
Greenberg, Fred H. Like dissolves like: Dry of paracetamol: A thin-layer chromatogra- Jones, Bradley. T. Instrumental analysis
gas (TD). 654 phy exercise for nursing students. 510 courses: Part II. The ciieice and use of in-
—Rate acceleration by polar, aprotic solvents Higginbotham, N. A.—see Corkern, Walter strumentation (TICI). A268
(OP). 320 H.
Greenblatt, Martha—-see Ellis, Arthur B. Hill, William D., Jr. Oxidation—reduction in
Greenier, Robert G.—see Shaw, C. Frank, III. blood analysis: Demonstrating the reaction K
Grev, Robert S.—see DeLeeuw, Bradley J. in a breathalyzer (LTE). 258
Grubb, Tina L.—see Mathias, Lon J. Hixson, Susan H.; Sears, Curtis T., Jr., edi- Kagabu, Shinzo; Kojima, Yuka. A synthesis
Grunow, David A.—see Lake, Michele E. tors. Highlights: Projects supported by the of indane musk Celestolide. 420
Guarnieri, Michael. A system for chemical hy- NSF Division of Undergraduate Education. Kaifer, Angel E.—see Gomez, Marielle E.
giene planning (ST). 494 A288, 1014 Kandel, Marjorie. Chromatography of M & M
Guerin, Herve. Influence of the well width on Holder, Dale A.—see Hunter, Norman W. candies (F&R). 988
the third virial coefficient of the square-well Holdsworth, David; Ching, Goh Siah; Kapichak, Rudolph K.—see Perlmutter,
intermolecular potential. 203 Hamid, Mohd Jamil bin Hj Abd. Mass Howard D.
Guha, Prabir Kr.; Guha, Ratna. Principle of spectra of multi-halogen compounds: A stu- Karamitsos, Harry—see Turk, Amos.
extraction of solute by solvent. 73 dent practical project. 856 Kash, Michael M.—see Shields, George C.
Guha, Ratna—see Guha, Prabir Kr. Hollingsworth, C. A. Accidental degeneracies Kauffman, George B., editor. Products of
Guifion, Jose L.; Garcia-Anton, J. Experi- of the particle in a box (LTE). 516 chemistry. 311, 366, 457, 646, 909, 967
mental study of monochromators in UV-vis Hollis, W. Gary, Jr.—see Southward, Robin Kauffman, George B. Chemistry in the comics
and IR spectrophotometers. 77 E. (LTE). 83
Gurst, Jerome E. Identification of Holme, Thomas A. Using the Socratic method —Diamminedichloroplatinum(II) (LTE). 516
methylcyclohexanones by NMR. 774 in large lecture courses: Increasing student —Zafran, Robert. The energy conversion go-
interest and involvement by forming instan- arounds kit developed by NEED: Ten teach-
taneous groups. 974 ing modules that use products of chemistry
H —see Koppang, Miles D. (PROD). 366
Holmes, L. H., Jr.—see Corkern, Walter H. —see Seymour, Raymond B.
Halenz, Donald R.—see Abel, Kenton B. Holmquist, Christopher R.—see Brockwell, Kaufman, James A. Occupational exposure to
Haley, Shari—see Kumar, Vinay. Joyce C. hazardous chemicals in laboratories: Under-
Hallada, Marian Chu—-see Detlefsen, David Hoppé, Jack. Solving quadratic equations standing the OSHA laboratory standard
J (LTE). 258 (ST). 911
Hamid, Mohd Jamil bin Hj Abd—see Hold- Hornack, Fred M. Reaction thermodynamics: Keedy, Curtis R. The rotational—vibrational
sworth, David. A flawed derivation. 112 spectra of HCN and DCN: A physical chem-
Hancock, Robert D. Chelate ring size and Houghtaling, Melissa A.—see Terrian, Debo- istry experiment (MODLAB). A296
metal ion selection: The basis of selectivity rah L. Keenan, Michael V.—see Hurst, Michael O.
for metal ions in open-chain ligands and Hoyt, William. A mole of salt crystals—Or how Kelsch, Catherine T.—see Wigman, Larry S.
macrocycles. 615 big is the Avogadro number? (AA) 496 Kennard, Colin H. L. Nonpolitical science
Hankins, Marie G.—see Mathias, Lon J. Hsu, Chih-Li—see Cheng, Ru-Jen. (LTE) 171
Volume 69 Number 12 December 1992 1045
Kennedy, Keith—see Gibbon, Donald L. methoxycarbonyl-3-oxatricyclo[4,2,1,°°]-2- Malerich, Charles J. Using the colorimeter to
Kenney, Tom. Molecular models in general nonanone (ML). A172 illustrate the wave nature of light and the
chemistry. 67 Lehmann, Jochen K. Determining the ther- relationship bet:veen color and light ab-
Kevill, Dennis N.—see Pinhas, Allan R. mal expansion coefficient of gases. 943 sorbed. 163
Kildahl, Nicholas K. The reaction of N- Leone, Stephen A.; Davis, J. David. The Mallakpour, Shadpour E. A new method for
methylimidazole with a macrocyclic ligand dehydrohalogenation of 2-bromobutane: A the oxidation of 4-phenylurazole to 4-
complex of Fe(II): An undergraduate experi- simple illustration of anti-Saytzeff elimina- phenyltriazolinedione. 238
ment in the spectrometric analysis of two tion as a laboratory experiment for organic Maloy, J. T. Scaling grades (LTE). 170
successive equilibria. 591 chemistry (ML). A175 Manche, Emanual P. Use of a database man-
Kim, Leona—see Pagnotta, Marco. Letcher, Trevor M.; Sonemann, Aubrey W. agement system in the preparation of a sci-
Kimbrough, Doris R. Supermarket column A lemon-powered clock (TD). 157 ence alumni newsletter (CS). 43
chromatography of leaf pigments (F&R). 987 Levine, Elise Hilf. Polymers and the visible Manhas, Maghar S.—see Bari, Shamsher S.
Kirksey, H. Graden. Significant figures: A spectrum (F&R). 122 Mann, Kent R.—see Boyd, David C.
classroom demonstration (TD). 497 Levine, Samuel G. A secure system for stu- Mann, Thierry D.; Mosher, James D.;
Kjonaas, Richard A. A source of isomer-draw- dent use of IR solution cells. 567 Wood, William F. Preparation of sucrose
ing assignments. 452 —Moisture-sensitive reagents in the student octaacetate—A bitter-tasting compound. 668
Klein, D. J. Aromaticity via Kekule structures laboratory. 501 Marasinghe, P. A. B.; Wirth, L. M. A graphi-
and conjugated circuits (SYM). 691 Levinson, Alfred S.; Zupan, Rudolph. An ex- cal solution of the second-reaction rate con-
Kloempken, Therese A.—see Nelson, John panded Fieser model suitable for a large stant of a two-step consecutive first-order
classroom. 369 reaction. 285 ‘
Klotz, Irving M. Science literacy: What do we Levy, G.—see Bruneau, E. Marciniak, B.; Kozubek, H.; Paszyc, S. Esti-
mean by it, and what do we want? (PO). 225 Lewis, Ronald G.; Choquette, Michael; mation of pK, in the first excited singlet
Knox, Kerro. Fast molecular motion (TD). 574 Darden, Edward H.; Gilbert, Mark P.; state: A physical chemistry experiment that
Koenigsberg, Jerry. How does your fume Martinez, Douglas; Myhaver, Cindy; explores acid-base properties in the excited
hood rate? New assessment of current fume Schlichter, Karen; Woudenberg, Rich- state. 247
hood design and operations (ST). 408 ard; Zawistowski, Keith. Interfacial poly- Martens, Thomas F:.—see Sawyer, Douglas
Kohlwein, Sepp C. Biological membranes: merizations: Microscale polymer laboratory J.
Function and assembly (CB). 3 experiments for undergraduate students Martin, David; Russell, Randy D.; Thomas,
Kojima, Yuka—see Kagabu, Shinzo. (ML). A215 Nicholas C. Demonstrating the conserva-
Kolb, Doris, editor. Overhead projector demon- Li, Du—see Anderson, Erin L. tion of matter: A trilogy of experiments
strations. 66, 162, 320, 928, 1024 Lin, Huann Shyang; Lawrenz, Frances. (TD). 925
Koppang, Miles D.; Holme, Thomas A. Intro- Teaching beliefs and practices: A survey of Martin, Dean F. Hands-on models for close
ducing dynamic electrochemistry into the high school chemistry teachers. 904 packing. 495
physical chemistry curriculum: Hydrogen Lind, Gerhard. Teaching inorganic nomencla- Martin, Elizabeth—see Deavor, James P.
adsorption at a platinum electrode. 770 ture: A systematic approach. 613 Martinez, Douglas—see Lewis, Ronald G.
Koubek, Edward; Stewart, Alexander E. Lisensky, George C.; Penn, Rona; Martinho SimGes, J. A.; Teixeira, C.; Air-
The analysis of sulfur in coal: An ion chro- Geselbracht, Margret J.; Ellis, Arthur oldi, C.; Chagas, A. P. Thermochemical ex-
matography experiment (MODLAB). A146 B. Periodic properties in a family of common amples of statistical pitfalls: A poor, but
Kozubek, H.—see Marciniak, B. semiconductors: Experiments with light real, linear plot and a linear correlation that
Krishnamurthy, S. Biomethylation and envi- emitting diodes. 151 is not. 475
ronmental transport of metals. 347 —see Baumann, Melissa G. D. —see Diogo, H. P.
Kuech, Thomas—see Baumann, Melissa G. —see Ellis, Arthur B. Martino, James T. Too little and too late—
The real cause of the problems in teaching
Lissi, Eduardo A.—see Abuin, Elsa B.
(LTE). 429
Kulp, Gary—see Solomon, Sally. Lixin, Liu—see Huai, Liu.
KumaShra,r i.V iQnuaayn;t iCtoautriivee , miPchriolsicpa;l eH adleetye,r mina- Lloycdh,a nBgaeisr di n Wt.h e Ag erneevriaelw cohfe cmuirsrtircyu lacro urse dur- Marzcezlalec coon, thCeh arratlee so f Jr.e aTchteio ne ff(eOcPt) .o f 1S0D2S4 mi-
tion of vitamin C (ML). A213 ing the twentieth century (FORUM). 633 Mathias, Lon J.; Hankins, Marie G.;
Kundoenlsltr,a tiForne.d e2r7i7c k A. A simple VSEPR dem- —Tthorey : 2I0ttsh vacreinotuusr yf agceens er(aFlO RcUhMe)mi.s tr8y6 6 labora- BMeurtthoilauhc,c i,J enCor.a igQu aMn.t;i tGartuibvbe , anTailnyas isL .;b y
FTIR: Thin films of copolymers of ethylene
Loewi, Rivka—see Turk, Amos.
and vinyl acetate (MODLAB). A217
Logan, S. R. Equilibria among isotopically sub-
L stituted molecules. 32 Mattson, Bruce. Ammonia balloon (TD). 1029
Lomax, Joseph F. Conducting midshipmen— Mauldin, Robert F. Accumulation of methane
from a landfill in Georgia homes: Extrapola-
La Mesa, Camillo—see Pogliani, Li-nello. Aclassroom activity modeling extended tion to Bunsen burner safety. 350
bonding in solids (AA). 794
Labianca, Dominick A. Estimation of blood- Mazhar, Saqib Ali M.; Mahmood, Khalid.
alcohol concentration. 628 Longmore, Robert W.—see Russell, Richard Using a disposable transfusion set to mend
A.
Lake, Michele E.; Grunow, David A.; Su, damaged burets. 944
Meng-Chih. Graphical presentation of acid— Luaces, Victor Martinez—see Gaggero, Fer- McCoy, Layton L.—see Duarte, Frederick F.
base reactions: Using a computer-interfaced nando Labandera. McCreary, Terry W.—see Byars, Jeffrey.
autotitrator (CS). 299 Ludwig, Oliver G. On the chemically impossi- McCullough, Bro. Thomas. Are moles really
Lam-Erwin, Chuk-Yin; Sprague, Joseph. ble “other” roots in equilibrium calculations, necessary? 121
Replacement reactions using a dissecting II. 884 —Solutions, anyone? 293
_ Lambmeicrrto,s coWpiel.l i8a5m5 J. BUFALC crash corrected —Tthabel e b(esLtT E)A.u fb43a0u mnemonic: The periodic —S5i4m3p le analogies in general chemistry (AA).
(LTE). 688 Luehrs, Dean C.; Brown, Richard E. Is col- —Rocabado, Walter. Combined ascending—
Lampard, M. A kinetic experiment to deter- lege teaching quality influenced by research descending paper chromatography. 995
mine traces of Mo(VI). 327 activity of the instructor? 35 McDevitt, Eugene J. Inexpensive rubber stop-
—Estimation of submicrogram amounts of Luibrand, Richard T. Three-dimensional im- pers for small diameter tubing. 845
tungsten by its catalysis of the ferric ages in the classroom. 160 —see Bevak, Joseph P.
ion/thiosulfate reaction. 766 Luther, Joseph H.—see Bozlee, Brian J. McFarland, Jeffrey M.—see Clark, Lisa M.
Lapotrotrye:r iAe ,v erAy. Tshimep lmei cmroestchaolde oofr gfailntirca tiloanb oraan-d Lykorse,vi sPietetde:r .A Tdheev eBleoeprm—eLnatm bweirttho ulta wc alculus. McHaDleem,o nsJt.;r aStcihnage ffheirg,h tRe.m; pSearlatoumroen ,s uRp.e rEc.o n-
recrystallization (ML). A42 730 ductivity in the chemistry lab through the
Lasca, Norman P., Jr.—see Shaw, C. Frank, Meissner effect. 1031
Ii. McKay, J. Brian—see Edwards, Paul A.
Last, Arthur M. Chemistry and popular cul- McLoughlin, Daniel J. Size-exclusion chroma-
ture: The 007 bond (AA). 206 tography: Separating large molecules from
Laughlin, Roberi G. The use and utility of Macomber, Roger S. An introduction to NMR small. 993
phase science. 26 titration for studying rapid reversible com- McMahon, John J.; Braca, Paul R. An inex-
Lavabre, D.—see Bruneau, E. plexation. 375 pensive parallel interface to a digital pH
Lawrenz, Frances—see Lin, Huann Shyang. Mahaffy, Peter G. Chemistry in context: How meter (BULLETIN). A156
Lazonby, J. N.; Nicolson, P. E.; is chemistry portrayed in the introductory MeNair, Harold M.—see Remcho, Vincent T.
Waddington, D. J. Teaching and learning curriculum? 52 McNaught, Ian J.—see Peckman, Gavin D.
the Salters’ way. 899 Mahmood, Khalid—see Mazhar, Sagqib Ali Mebane, Robert C.; Rybolt, Thomas R.
Lee, Moses. The microscale synthesis and the M Atomic spectroscopy with a compact disc
structure determination of endo-9- Mahmood, Khizar—see Turk, Amos. (F&R). 401
1046 Journal of Chemical Education
Meek, Terry L. Acidities of oxoacids: Correla- Ogren, Paul J.; Norton, J. Russell. Applying Popp, Frank D.—see Duarte, Frederick F.
tion with charge distribution. 270 a simple linear least-squares algorithm to Potgieter, J. H. Benzene isomers? (LTE). 860
Melka, Richard F.; Olsen, Gary; Beavers, data with uncertainties in both variables Potter, William T.—see Iacoe, David A.
Lindsay; Draeger, J. A. The kinetics of os- (BULLETIN). A130 Prais, Michael G. Spreadsheet exercises for in-
cillating reactions: Laboratory experiment O'Leary, Brian—see Duke, Brian J. strumental analysis (CS). 488
for physical chemistry. 596 Olivieri, Alejandro. Solving acid—base equilib- Pratibha, Varma-Nelson—see Nelson, John
Mellak, Geoffrey A.—see Bigger, Stephen W. ria: Some concerns (LTE). 859 E.
Mercer, Gary D. An AC-adapter for battery op- Olsen, Gary—see Melka, Richard F. Prats, Michel—see Rodriguez, Frédéric.
erated pH meters. 402 Omar, Siraj—see Ahmand, Wan-Yaacob. Pribyl, Jeffrey R. A graphing activity to
—Low-cost water-bath temperature controller Orti, E.; Planelles, J. A revision of the paper freshen up the laboratory. 752
(IC). 568 “Grid of expressions related to the Einstein Pu, Qian. Simulation of X-ray powder diffrac-
Merino, J. M. A simple, continuous-flow coefficients” (LTE). 685 tion (CS). 815
stirred-tank reactor for the demonstration Ostercamp, Dary] L. Close packing of identi- Pushkarna, Anal—see Rastogi, R. P.
and investigation of oscillating reactions cal spheres (OP). 162 Pyne, Stephen G.—see Dixon, Christine E.
(IC). 754 —lInclass interactive worksheets for organic
Meschel, S. V. Teacher Keng’s heritage: A sur- chemistry. 318
vey of Chinese women scientists. 723 Otero, Juan Ramon Gallastegui—see Bar- Q
Metz, Clyde—see Deavor, James P. ral, Francisco Lorenzo.
Meyer, Edwin F. An inexpensive computer- Owen, Noel L.—see Anderson, Erin L. Qingwei, Wang—see Huai, Liu.
based autotitrator (BULLETIN). A158 Quieroz, Mardsen—see Gibbon, Donald L.
—Solving simultaneous equilibria (LTE). 1039 Pp Quigley, Michael N. Avoiding capillary block-
Meyer, Holger. Complexes of the silver ion age of AA and AE spectrophotometers. 324
with ammonia and 1,2-diaminoethane. 499 —Calibration of high-pressure pumps. 550
Michalowski, Tadeusz. Solving acid—base Pagnotta, Marco; Nolan, Anna; Kim, —Improving the quality of strip chart records.
equilibria: Some concerns (LTE). 858 Leona. A simple modification of a domestic 505
Micheau, J. C.—see Bruneau, E. microwave oven for improved temperature —Performance enhancement through mne-
Mierzecki, Roman. The anode and the sun- control. 599 monic training... 138
rise. 657 Palasota, John A.; Deming, Stanley N. Cen- —Pick up an early issue of the Journal and
Mihalié¢, Zlatko; Trinajsti¢, Nenad. A graph- tral composite experimental designs: Ap- read .... 111
theoretical approach to structure-property plied to chemical systems. 560 —The chemistry of olive oil. 332
relationships (SYM). 701 Palombari, R. The growth of a diffusion layer —Tips towards drawing better diagrams. 923
Millen, Celeste—see Everett, Kenneth G. in linear sweep voltammetry: A semiempiri-
Miller, Larry L. Molecular anthropomor- cal approach. 473
phism: A creative writing exercise. 141 Parker, O. J.—see Breneman, G. L. R
Miiler, Robin L.—see Clark, Lisa M. Paszyc, S.—see Marciniak, B.
Minas da Piedade, M. E.—see Diogo, H. P. Patil, D. B.—see Rao, T. S. Ragsdale, Ronald O.; Driscoll, Jerry A. Re-
Mitschele, Jonathan. Putting some snap into Pauling, Linus. The nature of the chemical discovering the wheel: The flame test
work (LTE). 687 bond—1992. 519 revisited (TD). 828
Moore, Robert J.; Schwenz, Richard W. The Payne, Edward W. Microscale synthesis of 2,6- —Zipp, Arden P. Helping students to im-
problem with p. chem. (PO). 1001 bis(morpholinomethy])p-cresol: A phenolic prove their approach to predicting the prod-
Morat, Claude—see Deprés, Jean-Pierre. Mannich base (ML). A40 ucts of chemical reactions. 390
Morosetti, Stefano—see Benedetti, Giorgio. Pearson, Earl F.—see Hunter, Norman W. Raju, Vegesna S.—see Bari, Shamsher S.
Mosher, James D.—see Mann, Thierry D. —see Wilkins, Curtis C. Randié¢, Milan. Chemical structure—What is
Moura Ramos, J. J.—see Diogo, H. P. Peckman, Gavin D.; McNaught, Ian J. Appli- “she”? (SYM). 713
Mozaffari, Jahangir—see Turk, Amos. cations of Maxwell—Boltzmann distribution Rao, T. S.; Dabke, R. B.; Patil, D. B. An alter-
Mulcahy, Francis M.; Robbins, Andrea M. diagrams (CP). 554 native analogy for the dissociation of oxyhe-
A reasonable alternative to water aspira- Penn, Rona—see Lisensky, George C. moglobin. 793
tion. 428 Pérez, Juan J.—see Casas, Ignasi. Rasmussen, Henrik T.—see Remcho, Vin-
Mulero, M.—see Signorella, S. Perlmutter, Howard D.; Kapichak, Ru- cent T.
Munchausen, Linda L.—see Corkern, Wal- dciph K. A multiscale approach to organic Rastogi, R. P.; Das, Ishwar; Pushkarna,
ter H. chemistry laboratory: Introduction of kilo- Anal; Sharma, Archana; Jaiswal, Kiran;
Muthiah, Jeno.—see Mathias, Lon J. scale experiments. 506 Chand, Sudha. Inexpensive laboratory ex-
Myhaver, Cindy—see Lewis, Ronald G. Perrine, Daniel M.; VandeVelde, J. Rich- periments on crystal growth of water solu-
ard. Of men and marigolds: Counting the ble substances in gel media (MODLAB). A47
quaterthienyls. 719 Rausch, Gerald; Tonnis, John. Im-
N Perry, William D.; Vogel, Glenn C. Who's in provements in the ultra-micro boiling-point
charge? (CP). 222 technique (ML). A264
Pestel, Beverly C. Teaching: Art or science? Reading, Nathan—see Gibbon, Donald L.
Nakhlleaerhn, chMeamrisyt rBy.: WChhyem iscoamle msitsucdoennctesp tdioonn’st. Pete(rLsToEn), 1J6i9 m. 'H NMR analysis of mixtures RReeeads,o n,J amDeavsi dL . ME.l—escetreo nSegmaittihv,i tyP aualnd Ea.t omic
191 using internal standards: A quantitative ex- charge. 785
Naraefyfaecntaivne, mNeathroads imtoh arcemhoavrei .g reAa ssei mfprloem and periment for the instrumental analysis labo- Reinecke, Manfred G. Benzene isomers?
ratory. 843 (LTE). 859
glassware. 849
Petro, Janeen—see Tanski, Stephanie. Remcho, Vincent T.; McNair, Harold M.;
NelsKolno, emJpokhne n,E. ; TPhrearteisbeh a,A. VAa rgrmaap-hNiec lgsroand;e- Philplriopjse,c t:P aAu ls igS.n;i fHiucanntt, nAenw drdeewve.l oTphmee ntS ATiIn S Rvealsompumsesnet n,wi tHh etnhrei kp hoTt.o dHiPoLdCe amrertayh odde tedce--
scaling method. 462 post-16 science education in the United tor: A laboratory experiment (MODLAB).
Nelson, Robert N. Imprecise numbers and in- Kingdom. 404 A117
cautious safety procedure mar experiment Pickering, Miles—see Ealy, Julie B. Reuland, D. J.—see Ahn, M. K.
(LTE). 688 Pilar, Frank L. Weight-average molecular Reynolds, Ronald C.; O’Dell, C. Allen. A
Nicolson, P. E.—see Lazonby, J. N. weights: How to pick a football team. 280 thin-layer and column chromatography ex-
Noggle, Joseph H.; Wood, Robert H. Calcula- Pinhas, Allan R.; Kevill, Dennis N.; periment adapted for use in secondary
tion of vapor pressure using mathematica D’Souza, Malcolm J. Synthesis and solvol- schools: A quick, safe, colorful, convenient
(CS). 810 ysis of ferrocenylmethy] acetate: A multi- introduction to two basic techniques (F&R).
Nolan, Anne—see Pagnotta, Marco. step synthesis and kinetics experiment. 989
Norton, J. Russell—see Ogren, Paul J. 1034 Rhodes, Gail. Does a one-molecule gas obey
Noyes, Richard M. Thermodynamics of a pro- Planelles, J.—see Orti, E. Boyle’s law? 16
cess in a rigid container (TF). 470 Poechmann, James L.—see Clapp, Charles Riaz, Ulmer—-see Detlefsen, David J.
H. Rich, Joe, editor. Inventory control. 63, 415,
Pogliani, Lionello; La Mesa, Camillo. The 568, 754
Oo mnemonic diagram for thermodynamic rela- Richardson, D. E. Comments invited on
tionships: Some remarks. 808 changes in definition of “atomic weight”. 736
O’Brien, James J.—see Harris, Harold H. —Terenzi, Mario. Matrix formulation of Richardson, Shirley E. A teacher’s thank you
Ochiai, Ei-Ichiro. The chemical logic of life chemical reaction rates: A mathematical to ACS (LTE). 860
and the earth’s biosphere: A simple, one-dia- chemical exercise. 278 Richmond, Thomas G.—-see Riley, Jeremy.
gram outline. 356 Polyachenok,O.—see Geller, B. Rickard, Lyman H. Reforms in the general
O’Dell, C. Allen—see Reynolds, Robert C. Pool, Gary L. Floating versus sinking (INS). 59 chemistry curriculum (FORUM). 175
Volume 69 Number 12 December 1992 1047
Riley, Jeremy; Richmond, Thomas G. R. Schlecht, Kenneth D.—see Greaves, Ronald Silverstein, Todd P.; Blomberg, Lars E.
Redox equations with an infinite number of J Probing denaturation by simultaneously
balanced solutions (EQE). 114 Schlichter, Karen—see Lewis, Ronald G. monitoring residual enzyme activity and in-
Rioux, Frank. Quantum mechanics using Schneider, Marilyn J. A chemical litera- trinsic fluorescence: An undergraduate bio-
Mathcad 3.0 (BULLETIN). A240 ture/periodic table exercise for general chem- chemistry experiment. 852
Rizzoto, M.—see Signorella, S. istry. 232 Simoni, J. A.—see Diogo, H. P.
Robb, Ernest W.—see Bari, Shamsher S. Schreck, James O. Enhancing interest in or- Simons, Jack. Why equivalent bonds appear
Robbins, Andrea M.—see Mulcahy, Francis ganic chemistry. Part II. Organic chemistry as distinct peaks in photoelectron spectra.
M. squares: A game for reviewing organic chem- 522
Robinson, Jeanne. General chemistry stu- istry (F&R). 233 Singh, Mono M. Diamminedichloro-
dents as demonstrators in elementary Schreck, James O., editor. Filtrates and resi- platinum(II) (LTE). 516
schools (CK). 662 dues. 60, 122, 233, 401, 575, 830, 987 Singh, Ramsharan—see Dikshit, S. K.
Robinson, Maurice; Barrow, Gordon M. Schubert, Ernest M. Utilizing the Evans Sink, Charles W.—see Edwards, Paul A.
Gas reactions in plastic bags: Relating labo- method with a superconducting NMR spec- Skinner, James F.—see Chang, Raymond.
ratory observations to the atomic-molecular trometer in the undergraduate laboratory Smith, Homer A., Jr. The centennial of sys-
model. 1026 (TF). 62 tematic organic nomenclature. 863
Robinson, William R.—see Ellis, Arthur B. Schwartz, Lowell M. Uncertainty of a titra- Smith, Paul E.; Johnston, Kevin; Reason,
Rocabado, Walter—see McCullough, tion equivalence point: A graphical method David M.; Bodner, George M. A multicol-
Thomas. using spreadsheets to predict values and de- ored luminiscence demonstration (TD). 827
Rocha-Filho, Romeu C. On the name for the tect systematic errors. 879 Smith, Peter A. S. Trivial names for chemical
number of atoms in 12 g of carbon-12. 36 Schwartz, Marietta H. Microscale distilla- substances: Will they be taught or forgotten
Rodrigues de Moura, Daniel. Algorithm for tion—Calculations and comparisons (ML). in the twenty-first century? (PO). 877
plotting titration curves (LTE). 257 A127 Smith, S. J.—see Sutcliffe, B. T.
Rodriguez, Ferdinand. Classroom demonstra- Schwenz, Richard W.—see Moore, Robert J. Smith, Terrill D. Enhancing interest in or-
tions of polymer principles. Part V: Polymer Scott, Earle S. A spontaneous exothermic reac- ganic chemistry. Part I. Relating redolence
fabrication. 915 tion between two solids: A safe demonstra- in organic chemistry class (F&R). 233
Rodriguez, Frédéric; Prats, Michel. Meth- tion (TD). 1028 Smith, W. Grady. In vivo kinetics and the re-
ods for obtaining the midpoint potential Scott, J. M. W. The nature of the chemical versible Michaelis-Menten model (CB). 981
Evm,pu) of a bacterial chromophore. 245 bond—Once more (LTE). 600 Snyder, Cheryl A.; Snyder, Dudley C. Sim-
Rodriquez, Marta Olga; Flurkey, William Scovell, William M., editor. Concepts in bio- ple soda bottle solubility and equilibria
H. A biochemistry project to study mush- chemistry. 3, 981 (TD). 573
room tyrosinase: Enzyme localization, isoen- Sears, Curtis T., Jr.—see Hixson, Susan H. Snyder, Donald M. Illustration of M, and M,,
zymes, and detergent activation. 767 Senkbeil, Edward. Bioenergetics of glycolysis in chain-growth polymerization using a sim-
Roganov, G.—see Geller, B. (EQE). 412 plified model: An undergraduate polymer
Roscher, Nina Matheny; Cavanaugh, Mar- Senn, Peter. A simple quantum mechanical chemistry laboratory exercise. 422
garet A. Academic women chemists in the model that illustrates the Jahn-Telleerf - Snyder, Dudley C.—see Snyder, Cheryl A.
20th century: Past, present, projections, fect. 819 ° Solomon, Sally; Fulep-Poszmik, Annama-
part II. 870 Seymour, Raymond B.; Kauffman, George ria; Kulp, Gary; Yu, Heung. Addition of
Rudman, Reuben. Isidor Fankuchen and crys- B. Elastomers: III. Thermoplastic elasto- IBr to fatty acids on che overhead projector
tallography (LTE). 775 mers (PROD). 967 (OP). 66
Ruekberg, Ben. Hose hitching hint. 168 —Kauffman, George B. Formaldehyde: A Soltis, Marabeth G.—see Clark, Lisa M.
—Solving equilibrium problems (LTE). 344 simple compound with many uses. 457 Somerville, Arleen, editor. The chemical infor-
Russell, Arlene A.—see Chapman, Orville L. —Kauffman, George B. Polymer blends: Su- mation instructor. 143, 379, 639
Russell, Randy D.—see Martin, David. perior products from inferior materials Somerville, Arleen N. Information sources for
(PROD). 646 organic chemistry, 3 (CII). 379
Russell, Richard A.; Longmore, Robert W.;
Warrener, Ronald N. Higher order —Kauffman, George B. Polyurethanes: A Sommerfeld, David A.—see Cobranchi,
cycloaddition reactions of adamanty] class of modern versatile materials (PROD). Daryl P.
isobenzofulvene and isobenzofuran: A 909 Sommerfeld, Herbert; Bliime, Rudiger. Bio-
microscale synthesis illustrating the involve- —Kauffman, George B. The rise and fall of degradable films: Based on partially hydro-
ment ofh ighly reactive intermediates and a celluloid (PROD). 311 lyzed corn starch or potato starch
simple FMO treatment oft heir cycloaddi- Shalmi, Craig L.—see Ciark, Lisa M. (MODLAB). A151
tion periselectivities. 164 Sharma, Archana—-see Rastogi, R. P. Son, Chae C.—see Hurst, Michael O.
Rybolt, Thomas R.—see Mebane, Robert C. Shaw, C. Frank, III; Greenier, Robert G.; Sonemann, Aubrey W.—see Letcher, Trevor
—see Waddell, Thomas G. Lasca, Norman P., Jr.; Brooks, Arthur M.
S. The University of Wisconsin—Milwaukee Sotheeswaran, S. Herbal medicine: The scien-
science bag: A successful forum for science tific evidence. 444
outreach. 1020 Southward, Robin E.; Hollis, W. Gary, Jr.;
S
Shaw, Dennis J.; Wood, William F. Prepara- Thompson, David W. Precipitation of a
tion of 2,5-dimethyl-1-phenylpyrrole (ML). murder: A creative use of strychnine chemis-
Saiz, Enrique—see Tarazona, Maria Pilar. A313 try in Agatha Christie’s The Mysterious Af-
Sajadian, S. K.—see Eswaran, S. V. Shen, Samuel K.; Dowd, Patrick F. Detoxify- fair at Styles. 536
Sala, L. F.—see Signorella, S. ing enzymes and insect symbionts. 796 Spencer, J. N. Competitive and coupled reac-
Salomon, R. E.—see McHale, J. Shenkuan, Ni. The physical basis of Hund’s tions. 281
Sands, Richard D. Pinacol rearrangement of rule: Orbital contraction effects. 800 —General chemistry course content
cyclopentylcyclohexane-1,1’-diol revisited. Sherman, Marie C. C-H-E-M spells “chemis- (FORUM). 182
667 try is fun”: An outline for a very involving Sprague, Joseph—see Lam-Erwin, Chuk-
Sardella, Dennis J. An experiment in think- chemistry demonstration (CK). 413 Yin.
ing scientifically: Using pennies and good —Producing fibers of poly(vinyl alcohol): An Squire, William. Atomic radii (LTE). 776
sense. 933 alternative method. 883 Stamm, Daniel M. Hot and cold running meth-
Sarquis, Jerry L.—see Becker, Robert. Shields, George C.; Kash, Michael M. Experi- ane (TD). 762
Sartori, Antony T.; Wood, William F. Corn ment in quantization: Atomic line spectra. Stangeland, Leiv Jonn; Anjo, Dennis M. An
chip aroma: A classroom demonstration on 329 MS-DOS microcomputer controlled titration
the preparation of a Schiff base (TD). 572 Signorella, S.; Rizzotto, M.; Mulero, M.; Gar- system (CS). 296
Sartoris, Nelson E. Two-cycle organic chemis- cia, S.; Frascaroli, M.; Sala, L. F. Easy ex- Steadman, Ned. Ammonia fountain im-
try: A sound pedagogic alternative to the periments for detection of chromium provements (TD). 764
traditional year-long course (ER). 750 intermediates. 578 Steitberger, H. Eric. How bright are you? En-
Sawyer, Douglas J.; Martens, Thomas E. Silberman, Robert G. A 39-drop pH scale ergy and power hands-on activities (CK). 307
An equilibrium machine. 551 (ML). A42 Stensvold, Mark; Wilson, John T. Using con-
Sawyer, Douglas J.; Wilson, Carle A. Finan- Silverman, L. Phillip. Fractal structures for cept maps as a tool to apply chemistry con-
cial worries of chemistry graduate students. the overhead projector (OP). 928 cepts to laboratory activities. 230
874 —Akee, Rhone; Fitzhugh, Anthony L. An Stevens, Malcolm P. A simple and colorful
Scerri, E. R. The nature of the chemical bond— idea to save time and money with recording demonstration of light-catalyzed bromina-
Once more (LTE). 602 IR spectrophotometers. 1030 ticn of an alkane (TD). 1028
Schaefer, Henry F. 11I]—see DeLeeuw, Brad- —Bunn, Barbara B. The world’s largest Stewart, Alexander E.—see Koubek, Ed-
ley J. human salt bridge. 309 ward.
Schaeffer, R.—see McHale, J. Silversmith, Ernest F. Free-radical polymer- Stock, John T. A century and a half of silver-
Scharlin, Pirketta—see Battino, Rubin. ization of acrylamide (TD). 763 based coulometry. 949
1048 Journal of Chemical Education
—Cyclic indicator color change by titrant elec- Tessier, Claire A. Filtration of very fine Ww
trogeneration. 253 particles from an air-sensitive reaction mix-
—Robert Behrend’s foray into electrochemis- ture. 684 . Waddell, Thomas G.; Rybolt, Thomas R.
try. 197 Thall, Edwin. Representing isomeric struc- The chemical adventures of Sherlock
—The Willstatter “nail” and the Schwinger tures: Five applications. 447 Holmes: The case of the screaming stepfa-
microfilter. 822 Thomas, Nicholas C. Elemental anagrams. ther. 999
Stott, James B.—see Battino, Rubin. 984 Waddington, D. J.—see Lazonby, J. N.
Strosbterlu,m eHnotawtairodn., Aed2i6t6or . Topics in chemical in- —see Martin, David. Wade, Adrian P.—see Hemenway, Eric C.
Strom, Laura A.; Anderson, James R.; —Brown, Rachel. A spectacular demonstra- Waite, Boyd A.—see Campbell, Mark L.
Gandler, Joseph R. The synthesis of E-f- tion of flame tests (TD). 326 Walhout, Justine S.; Heinschel, Judie.
bromostyrene: An experiment illustrating Thompson, David W.—see Southward, Views of nursing professionals on chemistry
the use of IR bending modes to distinguish Robin E. course content for nursing education. 483
E and Z isomers and the concept of kinetic Thompson, Ralph J. The acid equilibrium con- Wallace, Anna L.—see Ainscough, Eric W.
and thermodynamic controlled reactions. stant is unity! (LTE). 514
Walmsley, Frank. Aggregation in dyes: A spec-
588 —The extent of acid—base reactions (LTE). 516 trophotometric study. 583
Strommen, Dennis P. Specific values of the Thomsen, Marcus W. Determination of the
depolarization ratio in Raman spectroscopy: solubility product of copper(II) tartrate. 328 —Synthesis of a heteropolytungstate and its
Their origins and significance. 803 Thorp, H. Holden. Electrochemistry of proton- use in outer-sphere redox kinetics. 936
Strong, Robert L.—see Clark, Lisa M. coupled redox reactions: Role of the elec- Walters, David L.—see Birk, James P.
Stubbs, Katherine M.—see Fortman, John J. trode surface. 250 Walton, Harold F. The Curie—Becquerel story.
Stumpo, Vincent M. General chemistry: More ll
Tiemblo, P.—see Garcia, M. V.
—Ltehtatne ra cgoruardsees : inA rceh ewmei sdtercye i(vLiTnEg) .o u9r 45s tu- Todd, David. Schiff base puzzle project. 584 Wangch,i raJli nm-oXlieacnu;le ’Ysa nRg/,S Cchoin.f iDgeutreartimoinn iunsgi nag
dents? (PO). 459 Tola, Vicky—see Turk, Amos. the rule of multiplication. 373
Sturm, James E. A revision of the paper “Grid Tonnis, John—see Rausch, Gerald.
Wang, Zichen—see Zhao, Muyu.
of expressions related to the Einstein coeffi- Traynham, James G. There are such things
cients” (LTE). 686 as concepts (LTE). 776 Warrener, Ronald N.—see Russell, Richard
Sturtevant, Floyd—see Bird, E. W. —(editor) Personal recollections of Frank C. A.
Su, Meng-Chih—see Lake, Michele E. Whitmore by Charles D. Hurd. 439 Watson, Fred H., Jr. A suggestion on how to
Sullivan, Dan M. The howling gummy bear provide graduate-level chemistry courses for
(TD). 326 Trinajsti¢é, Nenad—see Mihali, Zlatkoé. high school teachers. 903
—Using a poster contest to promote chemis- Tsai, Yu-Fang—see Cheng, Ru-Jen. Weiss, Hilton M. The addition of hydrogen bro-
try. 133 Tucker, Sheryl A.; Amszi, Vicki L.; Acree, mide to unsymmetrical alkenes (LTE). 172
Sund, Eldon H.—see Brown, Thomas. William E., Jr. Primary and secondary Weltin, E. Calculating equilibrium concentra-
Sundheim, Benson R. Column operations: A inner filtering: Effect of KoCr207 on fluores- tions: Competing, coupled, and catalytic
spreadsheet model (CS). 1003 cence emission intensities of quinine sulfate chemical reactions (CS). 393
—Modelling a thermostated water bath with (MODLAB). A8&
Werner, T. C.—see Fraiji, Lee K.
a spreadsheet (CS). 650 Turek, William N. A tutorial on the use of
Susnow, Roberta—see Clark, Lisa M. curved arrows in organic chemistry (CS). 45 West, Kevin J.—see Williams, John P.
Sutcliffe, B. T.; Smith, S. J. Computing the Turk, Amos; Karamitsos, Harry; Mahmood, Whisnant, David M. A role-playing exercise
tetrahedral angle (LTE). 171 Khizar; Mozaffari, Jahangir; Loewi, using a computer simulation (CS). 42
Sutman, Frank X.; Bruce, Matthew H. Rivka; Tola, Vicky. Immobilizing liquid or- —What’s it good for? Physical chemistry appli-
Chemistry in the community—ChemCom: A ganic laboratory wastes: Using granular ac- cation problems. 19
five-year evaluation. 564 tivated carbon. 929 White, D. C.—see Berka, L. H.
Sutter, John R. On fleas. 998
Turner, J. A new twist to an old favorite: The Whittingham, M. Stanley—see Ellis, Arthur
Swan, James S.—see Clapp, Charles H. hydrolysis of tert-butyl chloride. 242 B.
Symcox, Keith. Teaching: Art or science?
(LTE) 169 Tutaj, B.—see Czapkiewicz, Jr. Wigman, Larry S.; Kelsch, Catherine T. Sep-
aration science and chromatography: A col-
orful introduction (F&R). 991
T
U —see Hunter, Norman W.
Wilkins, Curtis C.; Hunter, Norman W.;
Tam, K. Y.—see Chau, F. T. Urben, P. G. Trading safety for economy? Pearson, Earl F. Storing solar energy in
Tanner, A. C. Comment on: “Empathy for the (LTE). 344 calcium chloride (AA). 753
exile: Chemistry and classical literature” Usui, Toyokazu—see Hasegawa, Tadashi. —see Hunter, Norman W.
(LTE). 1040 Williams, Howard P. Buret storage solution.
Tanski, Stephanie; Petro, Janeen; Ball, 1013
David W. The synthesis of urea: An under-
Williams, John P. A mnemonic for the Krebs
Tappgarradou,a tAen dlraeboar.a toTrhye eexxpteenrti moefn ta cid(M—Lb)a.s eA 1r2e8- V cycle: Using letter additions, letter dele-
tions, and anagrams to trace the acylation,
actions (LTE). 515
Tarazona, M. Pilar. Correlating experimental Valenzuela, R. J.—see Ganjian, I. decarboxylations, and other changes. 985
data with theory (EQE). 114 Van Hecke, Gerald R. A modern vapor pres- —seeWest, Kevin J.; Erickson, Karen L.
—Saiz, Enrique. An experimental introduc- sure apparatus based on the isoteniscope. Separation of aspirin from acetaminophen
tion to molecular weight averages of poly- 681 and caffeine in an over-the-counter analge-
mers: A simple experiment .hat uses paper VanderZee, Chester. Helping students to de- sic tablet. 669
clips. 765 velop an hypothesis about electrochemistry: Wilson, Carle A.—see Sawyer, Douglas J.
Taslimi, Paul M. A gel sample block (F&R). 61 A demonstration with a lab report and sup- Wilson, John T.—see Stensvold, Mark.
Taubmann, Gerhard. Calculation of the plemental worksheet (TD). 924 Wink, Donald J. The conversion of chemical
Huckel parameter f from the free-electron VandeVelde, J. Richard—see Perrine, Dan- energy.
model. 97 iel M. Part 1. Technological examples. 108
Tavernier, Dirk. The square knot and the Verity, Bruce—see Bigger, Stephen W. Part 2. Biochemical examples. 264
granny knot: An analogy for diastereomers. Vesala, Antti. Estimation of carbonate content Wirth, L. M.—see Marasinghe, P. A. B.
Teet6e2r7, J. Stephen—see Wright, Stephen W. of base by Gran’s method: A semimicroscale Wolke, Robert L. Names and discoverers
TTeeeitxeeirrsa,, DCa.l—es—esee eM aIratcioen,h oD aSviimdG eAs., J. A. Vittaellixk,pe e Jriainmgoerangdtaen.si ce5 7c7Jo .m Ipsooumnedrsi.s m9 55in adamantane- Wood(L,T ER).o be17r1t H.—see Noggle, Joseph H.
Temkin, Oleg N.; Bonchev, Danail G. Appli- Wood, William F.—see Mann, Thierry D.
cPaatrito n1 .o Kfi gnreatipchs tohfe ocroym ptloe xc hermeiacctailo nksi.n e5ti4c4s : Vitz,f oErdma.t iLoInM Spmoarnta:g eSmperneta dsshyesette m lafboor rgaetnoerrya li n- —see Sartori, Antony T.
Terenzi, Mario—see Pogliani, Lionello. chemistry (CS). 744 —see Shaw, Dennis J.
Terrian, Deborah L.; Houghtaling, Melissa Vogel, Glenn C.—see Perry, William D. Woodward, Linda, editor. Chemistry for kids.
A.; Ames, James R. Synthesis and reac- Volkamer, Klaus; Lerom, Michael W. More 131, 307, 413, 662
tions of benzofurazan-1-oxide. 589 about the particle-in-a-box system: The con- Woolcock, John; Zafar, Abdullah.
Tesh, Kris F. The use of potassium alum in finement of matter and the wave—particle Microscale techniques for determination of
demonstrating amphoterism (TD). 573 dualism. 100 magnetic susceptibility (ML). A176
Volume 69 Number 12 December 1992 1049
Worley, John D. Capillary radius and surface xX Z
tensions: Using calculations based on Tate’s
law. 678 Xiao, Liangzhi—see Zhao, Muyu. Zafar, Abdullah—see Woolcock, John.
—When the barking dog bites the hand that Zafran, Robert—see Kauffman, George B.
feeds it: A safety caution. 241 Zaidman, Beno. Teaching safety: Between the-
ory and empiricism (ST). 1016
Worrell, Jay H. Creating excitement in the Y Zawistowski, Keith—see Lewis, Ronald G.
chemistry classroom: Active learning strate- Zdravkovski, Zoran. Mathcad in chemistry
gies. 913 Yamana, Shukichi. An easily constructed calculations II arrays (BULLETIN). A242
Woudenberg, Richard—see Lewis, Ronald helix model. 275 Zhang, Juan; Hertzler, Russell L.;
G. —Afnor me aosfi lay scioxn-smtermucbteerde dm ordienlg coof mtphoe scehda iro f six E2,i4s-ednibnriatruonp,h enEy.l Jh.y dPrraezpoanreisn:g Aalntde rpnuartiifvyeisn g
Wright, John C.—see Baumann, Melissa G. distorted tetrahedra penetrating each other. to the Brady procedure. 1037
D. 216 Zhao, Muyu; Wang, Zichen; Xiao, Liangzhi.
—An easily constructed model: The boat form Determining the number of independent
Wright, Stephen W. A demonstration of the
of a six-membered ring composed of six dis- components by Brinkley’s method. 539
Sn2 reaction and the effects of structure,
torted tetrahedra penetrating each other. Zimmer, Marc—see Canales, Carmen.
leaving group, and solvent (TD). 235 964 Zipp, Arden P., editor. The microscale labora-
—Teeter, J. Stephen. A convenient method Yang, Chi—see Wang, Jin-Xian. tory. A40, A127, A172, A213, A262, A313
for refurbishing laboratory clamps. 322 Yohe, Bradley; Dunkleberger, Gary E. Labo- Zipp, Arden P. A simple but effective demon-
Wu, Mingin; Gehlhausen, Jay M.; Car- ratory safety and inspection procedures: An stration for illustrating significant figure
in-service format. 147 rules when making measurements and
nahan, Jon W. Atomic emission spectrome- Yongsheng, Han; Cailan, Wang. The new doing calculations. 291
try with helium plasmas: An emerging
method of rapid determination of chiral mol- —see Ragsdale, Ronald O.
approach for nonmetal determinations. 757 ecule configuration: The triangle method. Zubrick, J. W. W(h)ither organic qual? (PO).
Wynn, Charles M. Does theory ever become 273 387
fact? (PO). 741 Yu, Heung—see Solomon, Sally. Zupan, Rudolph—see Levinson, Alfred S.
1050 Journal of Chemical Education