Title of the book : Chemistry An Introduction to Organic, Inorganic & Physical Chemistry
Edition : 3
Edition : 3
Author : Francis A. Carey, Robert M. Giuliano
Publisher : Prentice Hall
Year : 2006
Year : 2006
Book language : English
File format : PDF
File size : 308MB
Pages : 1317
➤Description :
Chemistry Third Edition Provides robust coverage of the different branches of chemistry " with unique depth in organic chemistry in an introductory text " helping students to develop a solid understanding of chemical principles, how they interconnect and how they can be applied to our lives. KEY FEATURES *Chapters are grouped into inorganic, physical and organic components, with integrating themes highlighted throughout. This provides flexibility and highlights the connections between different areas. *Topic boxes throughout the book highlight the applications of chemistry in industry, biology, the environment and the laboratory. These help students to understand the relevance of chemistry to everyday life. *The text is four-colour throughout with three-dimensional computer-generated artwork, and is supported by CHIME graphics on the companion website, helping students to visualise chemical structures. *Definition boxes and end-of-chapter checklists provide excellent revision aids. *End-of-chapter problems reinforce learning and develop subject knowledge; in this edition, answers to non-descriptive problems have been added at the end of the book.
➤Table of Contents:
⧫ Chapter 1 : Some basic concepts
⧫ Chapter 2 : Thermochemistry
⧫ Chapter 3 : Atoms and atomic structure
⧫ Chapter 4 : Homonuclear covalent bonds
⧫ Chapter 5 : Heteronuclear diatomic molecules
⧫ Chapter 6 : Polyatomic molecules: shapes
⧫ Chapter 7 : Polyatomic molecules: bonding
⧫ Chapter 8 : Ions
⧫ Chapter 9 : Elements
⧫ Chapter 10: Mass spectrometry
⧫ Chapter 8 : Ions
⧫ Chapter 9 : Elements
⧫ Chapter 10: Mass spectrometry
⧫ Chapter 11 : Introduction to spectroscopy
⧫ Chapter 12 : Vibrational and rotational spectroscopies
⧫ Chapter 13 : Electronic spectroscopy
⧫ Chapter 14 : NMR spectroscopy
⧫ Chapter 15 : Reaction kinetics
⧫ Chapter 16 : Equilibria
⧫ Chapter 17 : Thermodynamics
⧫ Chapter 18 : Electrochemistry
⧫ Chapter 19 : The conductivity of ions in solution
⧫ Chapter 20 : Periodicity
⧫ Chapter 21 : Hydrogen and the s-block elements
⧫ Chapter 22 : p-Block and high oxidation state d-block elements
⧫ Chapter 23 : Coordination complexes of the d-block metals
⧫ Chapter 24 : Carbon compounds: an introduction
⧫ Chapter 25 : Acyclic and cyclic alkanes
⧫ Chapter 26 : Alkenes and alkynes
⧫ Chapter 27 : Polar organic molecules: an introduction
⧫ Chapter 28 : Halogenoalkanes
⧫ Chapter 29 : Ethers
⧫ Chapter 30 : Alcohols
⧫ Chapter 31 : Amines
⧫ Chapter 32 : Aromatic compounds
⧫ Chapter 33 : Carbonyl compounds
⧫ Chapter 34 : Aromatic heterocyclic compounds
⧫ Chapter 35 : Molecules in nature
⧫ Chapter 21 : Hydrogen and the s-block elements
⧫ Chapter 22 : p-Block and high oxidation state d-block elements
⧫ Chapter 23 : Coordination complexes of the d-block metals
⧫ Chapter 24 : Carbon compounds: an introduction
⧫ Chapter 25 : Acyclic and cyclic alkanes
⧫ Chapter 26 : Alkenes and alkynes
⧫ Chapter 27 : Polar organic molecules: an introduction
⧫ Chapter 28 : Halogenoalkanes
⧫ Chapter 29 : Ethers
⧫ Chapter 30 : Alcohols
⧫ Chapter 31 : Amines
⧫ Chapter 32 : Aromatic compounds
⧫ Chapter 33 : Carbonyl compounds
⧫ Chapter 34 : Aromatic heterocyclic compounds
⧫ Chapter 35 : Molecules in nature
⧫ Appendice
⧫ Answers to non-descriptive problems
⧫ Index
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