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Chemistry Comes Alive! Volume 5 - 6
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从别出找到，希望大家会喜欢！ The movies on this CD-ROM come from several sources: Chapter Titles, Chemistry Comes Alive!, Volume 5 Combustion of Gases Conformations of Alkanes and Cycloalkanes Structure and Properties of Alkanes and Alcohols Bromination of Alkanes Oxidation of Alkanes, Alkenes,and Alcohols Addition Reactions of Alkenes Acetylene Aromatic Compounds Chirality Nucleophilic Substitution Reactions Alcohols Aldehydes and Ketones Phenols and Quinones Amines and Aniline Carboxylic Acids and Derivatives Polymers Dyes Carbohydrates Nature of Proteins Protein Reactions DNA About the Chemistry Comes Alive! Series In Chemistry Comes Alive!, the emphasis is on the chemistry. Reactions are shown close up. Only where scale is important can more than the demonstrator's hands be seen. Many movies in Chemistry Comes Alive! include a voice-over narration. The sound of a reaction is included when it is important. Reactions or demonstrations have been chosen because they illustrate an important aspect of chemistry, involve substances or equipment that are not available in many schools, are hazardous, or cause problems of disposal or cleanup. All are certain to stimulate students' curiosity and help them learn. The Chemistry Comes Alive! series is divided into several CD volumes on related topics as recommended by a group of chemistry educators. Selected Images, Chemistry Comes Alive!, Volume 5 Drawing the cyclohexane chair formation using the shadow of a molecular model. A model of HIV-1 protease. The opening in the center of this model is the enzyme's active site. A plastic film is examined between polarizing filters revealing the orientation of the molecules in the sample. In this antique lamp, water drips from the top compartment onto calcium carbide in the lower compartment, forming acetylene gas. How to Use This CD-ROM Each Chemistry Comes Alive! CD-ROM is like a World Wide Web site--you can access it with a browser such as Netscape Navigator or Microsoft Internet Explorer. Chemistry Comes Alive!, Volume 5, includes a link to JCE Online where you can find a complete index of all Chemistry Comes Alive! volumes. The QuickTime movies on this CD-ROM can be played directly using QuickTime MoviePlayer as well as viewed with a WWW browser. The images can be easily incorporated into your multimedia presentations or lessons. Using the Web browser's Bookmark function is particularly convenient for organizing material for a lecture or student lesson. (An additional license must be purchased before you place video from any CCA! volume on your local WWW server.) Let us know how you use Chemistry Comes Alive! in your classroom. We will share with others contributed ideas, lessons, or instructional materials that utilize Chemistry Comes Alive! Acknowledgments Partial funding for Chemistry Comes Alive! was provided by the National Science Foundation, New Traditions, grant DUE-9455928 and National Science Foundation, Instructional Materials Development grant ESI-9154099. Many individuals made significant contributions to the development of this project: Erica Jacobsen and J. Monty Wright, University of Wisconsin-Madison; Jae Hyun Kim, Kongju National University, Seoul, Korea; and George L. Gilbert, Denison University. More Selected Images from CCA! 5 Reaction of I2 with cyclohexene and a-pinene. The reaction of aniline with benzoyl peroxide produces a puff of smoke. Natural latex. DNA is precipitated by addition of sodium acetate and ethanol. Price and Ordering Contact JCE Software, University of Wisconsin-Madison, Information about all our publications (including abstracts, descriptions, updates) is available from our World Wide Web site. Hardware and Software Requirements Hardware Requirements Computer CPU RAM Drives Graphics Windows Compatible Pentium; ≥ 150 MHz ≥ 32 MB ≥ 4 x CD-ROM; Hard disk ≥ 800 x 600; 16-bit color Mac OS compatible PowerPC; ≥ 150 MHz ≥ 32 MB ≥ 4 x CD-ROM; Hard disk ≥ 800 x 600; thousands of colors Software Requirements Computer System Other Software (Included) WWW Browser (Not Included) Windows Compatible Windows 98/95 QuickTime 4 Netscape Navigator 4.0 or higher OR Microsoft Internet Explorer 4.0 or higher Mac OS compatible System 7.6.1 or higher Literature Cited Jacobsen, J. J.; Moore, J. W. Chemistry Comes Alive!, Vol. 1, 2nd ed. [CD-ROM]; J. Chem. Educ. Software 2000, SP 18. Jacobsen, J. J.; Moore, J. W. Chemistry Comes Alive!, Vol. 2, 2nd ed. [CD-ROM]; J. Chem. Educ. Software 2000, SP 21. Jacobsen, J. J.; Moore, J. W. Chemistry Comes Alive!, Vol. 3 [CD-ROM]; J. Chem. Educ. Software 2000, SP 23. Jacobsen, J. J.; Moore, J. W. Chemistry Comes Alive!, Vol. 4 [CD-ROM]; J. Chem. Educ. Software 2000, SP 25. Trammell, G. Demonstrations in Organic Chemistry [Videodisc]; J. Chem. Educ. Software 1993, SP 6. Jacobsen, E. B.; Jacobsen, J. J.; Wright, J. M. HIV-1 Protease: An Enzyme at Work [Videotape]; J. Chem. Educ. Software 1996, SP13. Kim, J. H. Alkanes in Motion; J. Chem. Educ. Software 1997, 4D2 and 9C1. Featured on the Cover More Information Citation Jacobsen, Jerrold J.; Johnson, Kristin; Moore, John W.; Trammell, Gary. J. Chem. Educ. 2001 78 423. Keywords Biochemistry; Demonstrations; Introductory / High School Chemistry; Multimedia; Organic Chemistry; Teaching / Learning Aids History Created: Last Updated: February 6, 2001 August 31, 2005 Link to Cover added (April 2004). -------------------------------------------------------------------------------- Chemistry Comes Alive! Volume 5 covers a great number of topics in organic chemistry. passwd:bolivia http://rapidshare.com/files/5929 ... ol5.part01.rar.html http://rapidshare.com/files/5929 ... ol5.part02.rar.html http://rapidshare.com/files/5930 ... ol5.part03.rar.html http://rapidshare.com/files/5931 ... ol5.part04.rar.html http://rapidshare.com/files/5931 ... ol5.part05.rar.html http://rapidshare.com/files/5951 ... ol5.part06.rar.html http://rapidshare.com/files/5952 ... ol5.part07.rar.html http://rapidshare.com/files/5953 ... ol5.part08.rar.html Chemistry Comes Alive!, Volume 6 Abstract of Special Issue 30, a CD-ROM of Laboratory Techniques Jerrold J. Jacobsen and John W. Moore Department of Chemistry, University of Wisconsin–Madison, Madison, WI 53706 Lois M. Browne Department of Chemistry, University of Alberta, Edmonton, AB T6G 2G2, Canada John F. Zimmerman Department of Chemistry, Wabash College, Crawfordsville, IN, 47933 Full Text (PDF) | Supplement Full Text Chemistry Comes Alive! Volume 6: Laboratory Techniques, contains more than 600 QuickTime movies and more than 3600 still images that illustrate laboratory procedures and techniques. The laboratory equipment and techniques demonstrated on Chemistry Comes Alive! Volume 6 have been selected to include those that students typically need to learn in general chemistry, analytical chemistry, and organic chemistry courses. The CD-ROM’s broad coverage of techniques and apparatus is evident from the summary contents. All of the CD-ROM’s content is accessible under the heading Chemistry Laboratory Techniques. Techniques suitable for highly accurate analytical chemistry have been collected under Quantitative Techniques in Volumetric Analysis. The videos and still images from Chemistry Comes Alive! Volume 6 have been carefully organized to make it easy for you to find what you need. They can be used for pre-laboratory instruction either directly from the CD-ROM or by incorporating them into your own multimedia presentations. They are especially useful for illustrating customized laboratory manuals that are locally written and printed. Often both correct and incorrect techniques are demonstrated. These can be used in lessons or quizzes where students are asked to identify errors in technique or to select the best technique from several possibilities. How to Use Chemistry Comes Alive! Each Chemistry Comes Alive! CD-ROM is like a Web site—you can access it with a Web browser such as Netscape or Internet Explorer. You can locate the content you want to use via a: Text-based table of contents. Visual interface that parallels the table of contents. List of keywords. Search for a topic or word. The CD-ROM includes a link to JCE Online where you can use a complete index of all Chemistry Comes Alive! volumes to find the videos you want to use. Once you find the videos or still images you want, you can easily bookmark them in your browser for quick, convenient presentation to a class. You can also view movies using the QuickTime Player. Or you can copy and paste them into a PowerPoint or other multimedia presentation or a lesson written in HTML. Directions for doing this are available online. You can use the video freely in your own presentations, but an additional license is required before you place any Chemistry Comes Alive! video on your local WWW server or LAN. Let us know how you use Chemistry Comes Alive! in your classroom or laboratory teaching. We will share with others all ideas that we receive. If you create a new presentation or lesson using this video, contribute it to JCE WebWare or JCE Software and thereby share it with others. About the Chemistry Comes Alive! (CCA!) Series The Chemistry Comes Alive! series includes five additional CD-ROMs (1–5). In each the emphasis is on the chemistry. Reactions and laboratory techniques are shown close up. Only where scale is important can more than the demonstrator’s hands be seen. Most movies in CCA! include a voice-over narration, which is also provided as text on the same page where the video is found. The sound of a reaction or process is included when it is important. Chemical reactions, demonstrations, and laboratory techniques have been chosen because they involve an important aspect of chemistry, involve substances or equipment that are not available in many schools, are hazardous, or cause problems of disposal or cleanup. CCA! content is certain to stimulate students’ curiosity and help them learn. To make it as useful to you as possible, a group of knowledgeable chemistry teachers has divided the CCA! series into several volumes, each of which contains closely related material. Content of Chemistry Comes Alive!, Volume 6: Laboratory Techniques Chemistry Laboratory Techniques -------------------------------------------------------------------------------- 1. Manipulating and Transferring Samples Heating and Cooling Selecting a Heat Source Gas Burner Hot Plate Reflux: Reactions at Constant Temperature Preparing an Ice Bath Mixing Mechanical Mixing Magnetic Stirrer Manual Mixing Mixing Safely Transferring Samples Obtaining a Liquid Sample Pouring Quantitative Transfer 2. Measuring Electrical Properties Conductivity Meter Voltage of an Electrochemical Cell Mass Analytical Balance Top-Loading Balance Top-Loading Balance with Draft Shield pH pH Meter pH Paper Pressure Barometer McLeod Gauge Manometer Recording Data Chart Recorder Reading a Scale Spectroscopy Spectroscope Spectronic 20 Spectrophotometer Single-Beam Recording Spectrophotometer Double-Beam Recording Spectrophotometer Diode-Array Spectrophotometer Temperature Thermometer Calorimeter Melting Point Apparatus Titration Titration Techniques and Concepts A Complete Acid–Base Titration Procedures and Mistakes Volume Precision of Measurement Buret Graduated Cylinder Pipets Volumetric Flask 3. Separating and Purifying Centrifuge Loading and Unloading a Centrifuge Centrifuging a Sample Removing Supernatant and Washing Precipitate Chromatography Paper Chromatography Thin-Layer Chromatography Gas Chromatography Distillation Simple Distillation Distillation at Reduced Pressure Using a Rotary Evaporator Extraction Separatory Funnel Product Isolation Filtration Gravity Filtration Vacuum Filtration Recrystallization Single-Solvent Method Two-Solvent Method 4. Safety Eye Protection Handling and Mixing Chemicals Handling Glassware Heating and Hot Items Loose Clothing, Hair, and Jewelry Pipetting Safe Lab Setting Quantitative Techniques in Volumetric Analysis -------------------------------------------------------------------------------- 1. Quantitative Techniques Introduction 2. Quantitative Weighing Quantitative Transfer of a Solid with a Weighing Spoon Quantitative Transfer of a Solid with a Finger-Held Weighing Bottle Quantitative Transfer of a Solid with a Paper Strap-Held Bottle Quantitative Transfer of a Solid with a Spatula Quantitative Weighing Errors 3. Quantitative Transfer Solid from Dish to Beaker to Volumetric Flask Solid from Dish to Volumetric Flask Quantitative Transfer with a Volumetric Pipet 4. Quantitative Acid–Base Titration A Complete Acid–Base Titration Variations in Technique for Handling Stopcocks passwd:bolivia http://rapidshare.com/files/5954 ... ol6.part01.rar.html http://rapidshare.com/files/5955 ... ol6.part02.rar.html http://rapidshare.com/files/5957 ... ol6.part03.rar.html http://rapidshare.com/files/5974 ... ol6.part04.rar.html http://rapidshare.com/files/5974 ... ol6.part05.rar.html http://rapidshare.com/files/5976 ... ol6.part06.rar.html http://rapidshare.com/files/5976 ... ol6.part07.rar.html http://rapidshare.com/files/5976 ... ol6.part08.rar.html [ Last edited by jiandaopu on 2007-10-5 at 11:08 ] |
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