03300nam a2200517 a 4500001001400000003000400014008003100018020001800049020001800067039004500085041000800130099001000138100003200148245012100180260004400301300001100345505005800356505010400414505011400518505007900632505009100711505010400802505008700906505006900993505009801062505006301160505006401223505008101287505006901368505007901437505009901516505009001615505010901705505009101814505009901905505006402004505008102068505005802149505006302207505008102270505030702351700003402658856006602692942000702758999001702765vtls000078871MTX160715             001 0 eng d  a9781608052196  a9781608051939 9a201607151128bstaffy201605041221zadmin0 aeng  aEbook1 aManning, Thomas J..9114772  aComputer based projects for a chemistry curriculum/h[electronic resource] /cAurora P. Thomas J.;Gramatges Manning.  bBentham Science Publishers Ltd.,c2013.  a243 p.0 gChapter, Lesson, ParttChapter 1: Equations in Excel.0 gChapter, Lesson, ParttChapter 2: Bonds and Lone Pairs in Small Molecules: Introduction to Spartan.0 gChapter, Lesson, ParttChapter 3: Titration Curve Simulating the Addition of a Strong Acid and a Strong Base.0 gChapter, Lesson, ParttChapter 4: Electronic Qualitative Analysis Schemes.0 gChapter, Lesson, ParttChapter 5: Molecular Geometries, Hybridizations and Polarities.0 gChapter, Lesson, ParttChapter 6: Twenty-Five Periodic Trends. Graphing the Periodic Table to Life.0 gChapter, Lesson, ParttChapter 7: Titration Involving a Strong Base and Weak Acid.0 gChapter, Lesson, ParttChapter 8: Modeling Weak Acids and Bases.0 gChapter, Lesson, ParttChapter 9: Demonstrating Bonds and Forces: From Nitrogen to Nanotubes.0 gChapter, Lesson, ParttChapter 10: Nuclear Stability Belt.0 gChapter, Lesson, ParttChapter 11: Speciation Plots and pH.0 gChapter, Lesson, ParttChapter 12: The Single Molecule Magnets Mn12 and Fe8.0 gChapter, Lesson, ParttChapter 13: Ozone Decomposition Kinetics.0 gChapter, Lesson, ParttChapter 14: Thirty Equations for General Chemistry.0 gChapter, Lesson, ParttChapter 15: First Order Kinetics and Naturally Occurring Radioactivity.0 gChapter, Lesson, ParttChapter 16: Chemistry in a Nanodrop: From H-Bonds to Peptides.0 gChapter, Lesson, ParttChapter 17: Atoms in Space: Isomers, Coordination Compounds and Other Structures.0 gChapter, Lesson, ParttChapter 18: Constructing and Visualizing Some Common Materials.0 gChapter, Lesson, ParttChapter 19: Supercritical Fluid of Carbon Dioxide and Carbon Nanotubes.0 gChapter, Lesson, ParttChapter 20: Radioactive Equilibrium.0 gChapter, Lesson, ParttChapter 21: Geography and the Global Chemical Market.0 gChapter, Lesson, ParttChapter 22: A Periodic Puzzle.0 gChapter, Lesson, ParttChapter 23: Count the Sodium Atoms.0 gChapter, Lesson, ParttChapter 24: Computational Work with Natural Products.0 aCover, Title,Computer based projects for a chemistry curriculum--Preface, Introduction, TOC,Dedications--Preface, Introduction, TOC,Contents--Preface, Introduction, TOC,Foreword--Preface, Introduction, TOC,Preface--Preface, Introduction, TOC,Acknowledgements--References, Appendix, Index,Subject Index.1 aGramatges, Aurora P..911477340uhttp://portal.igpublish.com/iglibrary/search/BSPB0000238.html  c10  c75435d75435