| CHED | Sunday, 10 September 2006 | ||
7:30 PM-9:30 PM Moscone Center -- Hall D, Poster | |||
General Posters | |||
| Organizer, Presiding: | Tyson A. Miller | ||
| 73 | Division of Chemical Education's Secretary Office Donald Wink, Susan Greer | ||
| 74 | Division of Chemical Education's Program Committee D. Paul Rillema, Tyson A. Miller, Cathy Middlecamp | ||
| 75 | Chemists celebrate Earth Day 2006: Dig it! Andy Jorgensen, Linette M Watkins, V. Michael Mautino | ||
| 76 | Recognizing outstanding achievements: Salutes to Excellence and ChemLuminary Awards for National Chemistry Week Paula G. Fox, Carmen Valdez Gauthier, V. Michael Mautino | ||
| 77 | Your home - it's all built on chemistry: NCW 2006 Tracy A. Halmi, Kara M. Jackson, V. Michael Mautino | ||
| 78 | Novel recruiting activities of the chemistry department's graduate program at the University of Connecticut Emilie Hogrebe, Isabelle L. Lagadic, Tyson A. Miller | ||
| 79 | Outreach activities at the University of Connecticut Arthur W. Dimock, Joy Erickson, Tyson A. Miller | ||
| 80 | BRITE: Unleashing the power of biotechnology at NCCU Shellyanne Y. Sealy | ||
| 81 | Chemistry of life: Teaching chemistry to elementary school teachers Patricia S. Caldera, Katherine Nielsen | ||
| 82 | Science in the City Rachel A. Morgan Theall | ||
| 83 | Examining the effectiveness of the second year of the Middle School Science Academy M. Danielle Barker, Joseph Heppert, Philip S. Baringer, Allen Macfarlane, Douglas W. Huffman, Steven B. Case, Thomas R. Baker, Joann Walker | ||
| 84 | Teaching science: A template to help graduate students develop a green chemistry curriculum unit April N. French, Joseph Heppert, Carrie Hohl, Dennis D. Lane | ||
| 85 | Green quantitative NMR experiment: Acetone and ethyl alcohol in D2O Peter T. Bell, Linda D. Schultz | ||
| 86 | Energy and sustainability: Development of a team-taught non-science major course Bhawani Venkataraman, Katayoun Chamany, Alan McGowan, David Morgan, Jennifer Wilson | ||
| 87 | Using cartoon characterizations to teach principles of water, elemental nucleogenesis, and DNA Randall J. Schroeder | ||
| 88 | Use of humor and illustrations in teaching of organic chemistry laboratory techniques Veljko Dragojlovic | ||
| 89 | Picture your students Anna M Wilson | ||
| 90 | Inquiry based chemistry learning for business majors: Studying the effect of employing case studies in an interdisciplinary approach Anusree Ganguly, Lei-Mei Tsang, Ayesha Moghul, Chad Bischoff, Tram Nahn, Heta Desai, Inna Riva, William Kinsley, Linh Nguyen | ||
| 91 | Open inquiry approach to the honors organic chemistry laboratory Allen M. Schoffstall, Larry Augenstein, Barbara A. Gaddis | ||
| 92 | Quantitative measures of personal response device effectiveness Daniel B. King | ||
| 93 | Dynamic visualization for chemistry education: Using micromanipulation technique with digital video microscopy Sunghee Lee, Shelby Erb, Aaron Snyder | ||
| 94 | Combining animation and video to teach stoichiometry David B. Shaw | ||
| 95 | PowerPoint animations of biochemical processes S. Scott Zimmerman | ||
| 96 | Horizontal reading and custom depth control in an adaptive hypertext for general chemistry Raymond J. Trautman, Thomas Murray | ||
| 97 | Derivation of ligand group orbitals for transition metal complexes using an intuitive symmetry-based approach Adam R. Johnson | ||
| 98 | How to build credibility for your web-based learning tool Stewart Mader | ||
| 99 | Constructing interactive pC-pH diagrams for open and closed multiprotic systems Chetan Goudar, Mark A. Nanny | ||
| 100 | Solving acid-base chemistry problems using integrated instructional and computational tools Chetan Goudar, Mark A. Nanny | ||
| 101 | Using Spartan Graphics® to reinforce the "like dissolves like concept" for middle school students J. Martin E. Quirke, Jonny C. K. Quirke | ||
| 102 | Introducing middle and high school students to the impact of alkynes on society J. Martin E. Quirke, Flavio Kottar, Mayra Exposito | ||
| 103 | Analysis of saw palmetto capsules by acid-base titrations: A colorful experiment for high school students J. Martin E. Quirke, Jonny C. K. Quirke, Mayra Exposito | ||
| 104 | Soda vs. juice: A titration laboratory Andrew E. Burns, Allison J. Balloon | ||
| 105 | Analysis of Lithia water: A comparison of instrumental and classical techniques in the analytical chemistry laboratory Steven C. Petrovic, Jodi C. Clarkson | ||
| 106 | Rust, blood, and magnets: Interdisciplinary first year seminar course on the chemistry of iron Hilary J. Eppley | ||
| 107 | Incorporating real time PCR into a capstone course for biochemistry students Eric S Eberhardt | ||
| 108 | Novel organic laboratory experiment using the Fraser fir Douglas E. Hovland, Bessie N. A. Mbadugha, Andrew Scott Koch, Allan K. Hovland | ||
| 109 | Undergraduate participation in the development of a research module for organic laboratory Christine Toh, Menaka Lunda, Duncan J. Wardrop, David Dickson, Donald J. Wink | ||
| 110 | Construction of an inexpensive vortex tube and its use in physical chemistry courses Charles A. Smith | ||
| 111 | Project DUNES: Developing undergraduate nanoscale experiences in the sciences II Richard W. Schwenz, Kimberly A. O. Pacheco, Courtney Willis, Daniel J. Mack, Matthew D Dutka, Tandy Doudy, Malory Peterson, Nicole M. Kunze | ||
| 112 | Nanoscience-fiction resources for the chemistry classroom: Read, watch, and play on! Lon A. Porter Jr. | ||
| 113 | Designing laboratory activities for an evolutionary approach to undergraduate nanoscience education Kevin L. Caran, Barbara A. Reisner, Brian H. Augustine, Stephanie L. Torcivia, Patrick L. Turner, Steve H. Winward Jr. | ||
| 114 | Ligand exchange reactions involving vitamin B1 metal complexes and porphyrin macromolecules Adegboye O Adeyemo, Albert N. Thompson Jr., Jannie Baker, Olarongbe Olubajo | ||
| 115 | Oxidation-reduction reactions involving Mn(II)/Mn(III) complexes Adegboye O Adeyemo, Karla S Marriott, Cecil L Jones, Zhiyan Song | ||
| 116 | Solution spectral characteristics of sulfonated pyridyl and quinolyl type porphyrins Adegboye O Adeyemo, Olarongbe Olubajo, Jannie Baker | ||
| 117 | Application of female design style on web-based chemistry courses Zangyuan Own | ||
| 118 | Curriculum guidelines for undergraduate education in environmental engineering in China Li Zhu | ||
| 119 | Piperine amide bond rotation monitored by variable temperature NMR William Kerlin, Michael Payne, John D. Spence, J. G. Russell | ||
| 120 | Modeling conserved domains as units of protein structure and function Elizabeth Hull, William P. Baker | ||
| 121 | Doctoral students aid in expanding access to advanced placement science and math in high schools in the Bronx, NY Victor S. Strozak | ||
Symposium Grid -- Division of Chemical Education -- Session Listing
The 232nd ACS National Meeting, San Francisco, CA, September 10-14, 2006