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Discover all of the fundamental topics of general chemistry with this brief, reader-oriented book. Masterton/Hurley/Neth's CHEMISTRY: PRINCIPLES AND REACTIONS, 7e, International Edition provides a clear, concise presentation based on the authors' more than 50 years of combined teaching experience. The book includes new concept-driven examples, updated examples that focus on molecular reasoning and understanding, and "Chemistry: Beyond the Classroom" essays that demonstrate the relevance of the concepts and highlight some of the most up-to-date uses of chemistry. A strong, enhanced art program helps readers visualize chemical concepts. Key Concepts correlate to OWL Online Learning, the #1 online homework and tutorial system for chemistry. OWL also includes an interactive eBook for the 7th edition of the textbook and an optional eBook for the Student Study Guide.
Also available are Go Chemistry mini-video lectures and learning tools available for video iPods, personal video players, and iTunes.
List of contents
1. Matter and Measurements.
2. Atoms, Molecules, and Ions.
3. Mass Relations in Chemistry; Stoichiometry.
4. Reactions in Aqueous Solution.
5. Gases.
6. Electronic Structure and the Periodic Table.
7. Covalent Bonding.
8. Thermochemistry.
9. Liquids and Solids.
10. Solutions.
11. Rate of Reaction.
12. Gaseous Chemical Equilibrium.
13. Acids and Bases.
14. Equilibria in Acid-Base Solutions.
15. Complex Ion and Precipitation Equilibria
16. Spontaneity of Reaction
17. Electrochemistry.
18. Nuclear Reactions.
19. Complex Ions.
20. Chemistry of the Metals.
21. Chemistry of the Nonmetals.
22. Organic Chemistry.
23. Organic Polymers, Natural and Synthetic.
About the author
William L. Masterton received his PhD in physical chemistry from the University of Illinois in 1953. Two years later he began to work at the University of Connecticut, where he taught general chemistry and a graduate course in chemical thermodynamics. He has received numerous teaching awards, including an award from the Student Senate at the University of Connecticut, of which he was most proud. Dr. Masterton is co-author of the all-time best-selling general chemistry textbook CHEMICAL PRINCIPLES, which has sold well over 1.5 million copies. Dr. Masterton's field of research, solution thermodynamics, prepared him well for making maple syrup each March at the family farmhouse in New Hampshire.Cecile Nespral Hurley received her MS at the University of California, Los Angeles. Since 1979, she has served as Lecturer and Coordinator of Freshman Chemistry at the University of Connecticut, where she directed a groundbreaking National Science Foundation-supported project on cooperative learning in general chemistry. She is one of a prestigious group of University Teaching Fellows who are selected by their fellow faculty members as models of teaching excellence and dedication. In addition, she coordinates the High School Cooperative Program in Chemistry through which superior Connecticut high school students take the university's general chemistry course at their schools. In her spare time, Professor Hurley roots for the University of Connecticut women's basketball Huskies--and roots out weeds from her country garden, which she likes to imagine rivals Monet's at Giverny.Native of Bridgeport, Connecticut
B.S. Chemistry, Fairfield University; minor in Politics
M.S. and Ph.D., Inorganic Chemistry, University of Connecticut; Advisor: Dr. Steven L. Suib
TA supervisor was Cecile Hurley
Career diversion (1999-2004) from chemistry/teaching to information technology as a network engineer for Priceline.com and Director of Academic Computing at the University of New Haven (Connecticut).
Since 2004, Lecturer, Chemistry at UConn; also the Department's webmaster and IT administrator; serves on University committees for technology planning and implementation.
Lead teacher/power user for OWL (Online Web Learning)
UConn Huskies M and W basketball fan!
Summary
Provides a presentation based on the authors' more than 50 years of combined teaching experience. This title includes new concept-driven examples, updated examples that focus on molecular reasoning and understanding.
