Introduction to Chemical Principles: A Laboratory Approach - Softcover

Weiner, Susan A.

9780534407773: Introduction to Chemical Principles: A Laboratory Approach

Softcover

ISBN 10: 0534407773 ISBN 13: 9780534407773

Publisher: Brooks Cole, 2004

Don't go to the lab without it! INTRODUCTORY TO CHEMICAL PRINCIPLES: A LABORATORY APPROACH teaches you to collect and analyze experimental data with ease using 34 class-tested experiments. Work Pages and Report Sheets for each experiment offer a convenient and efficient way for you to record your data as you work. Advanced Study Assignments, Sample Calculations, and laboratory and safety procedures are just a few of the tools that will help you complete your lab experiments successfully.

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About the Author:

Susan Weiner was born in Hungary and moved to the United States in 1957, after receiving her Bachelor of Science in Chemical Engineering from the Technical University in Hungary. She earned a Master's of Science in Chemistry from New York University, and worked in research at the New York University Medical School, the University of California, Berkeley, and for the Dow Chemical Company. She is the author of more than twenty publications for various professional journals on Sea Water Conversion and currently teaches at West Valley College, where she served for many years as the Chemistry Department chair. Also an instrument rated pilot, Weiner enjoys flying and spending time with her twin granddaughters.

Review:

SAFETY IN THE LABORATORY. LABORATORY PROCEDURES. EXPERIMENTS: 1. Properties and Changes of Matter (m). 2. The Chemistry of Some Household Products. 3. Separation of Cations by Paper Chromatography (m). 4. Densities of Liquids and Solids. 5. Simplest Formula of a Compound (m). 6. Hydrates (m). 7. Percentage of Oxygen in Potassium Chlorate. 8. Calorimetry. 9. Chemical Names and Formulas: A Study Assignment. 10. Chemical Equations: A Study Assignment. 11. Mole Ratio for a Chemical Reaction (m). 12. Types of Chemical Reactions (m). 13. Qualitative Analysis of Some Common Ions (m). 14. Separation of Cations. 15. Molecular Models: A Study Assignment. 16. Molar Volume of a Gas (m). 17. Molar Mass Determination by Freezing-Point Depression. 18. The Conductivity of Solutions: A Demonstration. 19. Net Ionic Equations: A Study Assignment. 20. Titration of Acids and BasesuI. 21. Titration of Acids and BasesuII. 22. Determination of a Chemical Equation. 23. A Study of Reaction Rates. 24. Chemical Equilibrium (m). 25. Measurement of pH with Indicators. 26. Introduction to Oxidation-Reduction Reactions (m). 27. Organic Nomenclature. 28. Hydrocarbons and Alcohols. 29. Aldehydes, Ketones, and Carboxylic Acids. 30. Esters. 31. Preparation of Aspirin. 32. Preparation and Properties of a Soap. 33. Carbohydrates. 34. Lipids. 35. Amino Acids and Proteins. 36. Enzymes. WORKSHEETS: 1. Significant Figures. 2. Dimensional Analysis. 3. Avogrado's Number-Moles. 4. Formula Writing. 5. Equation Balancing-Types of Reactions. 6. Stoichiometry. 7. Atomic Structure. 8. Gases. 9. Solutions. 10. Oxidation-Reduction. 11. Acids and Bases. Appendix.

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