Química Inorgánica Descriptiva, 2ed Geoff Rayner - Canhan

Tabla de Contenidos

• La estructura electrónica del átomo: un repaso.
• Perspectiva general de la tabla periódica.
• El enlace covalente.
• El enlace metálico.
• El enlace iónico.
• Termodinámica inorgánica.
• Hidrógeno.
• Ácidos y bases.
• Oxidación y reducción.
• Elementos del Grupo 1: metales alcalinos.
• Elementos del Grupo 2: los metales alcalinotérreos.
• Los elementos del Grupo 13.
• Los elementos del Grupo 14.
• Los elementos del Grupo 15.
• Los elementos del Grupo 16.
• Los elementos del Grupo 17: los halógenos.
• Los elementos del Grupo 18: los gases nobles.
• Introducción a los complejos de metales de transición.
• Propiedades de los metales de transición.
• Los elementos del Grupo 12.
• Las tierras raras y elementos actinoides.
• Apéndices: Preguntas de estudio; Densidad de carga de iones selectos; Energías de enlace selectas; Configuraciones electrónicas de los elementos.

Organic ChemistryFrancis Carey

Tables of Contents
1. Chemical Bonding
2. Alkanes
3. Conformations of Alkanes and Cycloalkanes
4. Alcohols and Alkyl Halides
5. Structure and Preparation of Alkenes: Elimination reactions
6. Reactions of Alkenes: Addition reactions
7. Stereochemistry
8. Nucleophilic Substitution
9. Alkynes
10. Conjugation in alkadienes and allylic systems
11. Arenes and Aromaticity
12. Reactions of Arenes: electrophilic aromatic substitution
13. Spectroscopy
14. Organometallic Compounds
15. Alcohols, diols and thiols
16. Ethers, epoxides and sulfides
17. Aldehydes and Ketones: nucleophilic addition to the carbonyl group
18. Enols and enolates
19. Carboxylic acids
20. Carboxylic acid derivates: nucleophilic acyl subtitution
21. Ester enolates
22. Amines
23. Aryl Halides
24. Phenols
25. Carbohydrates
26. Lipids
27. Amino acids, peptides and proteins. Nucleic acids

An Introduction to Chemistry Mark Bishop

Table of Contents
1. An Introduction to Chemistry
2. The Structure of Matter and the Chemical Elements
3. Chemical Compounds

4. An Introduction to Chemical Reactions
5. Acids, Bases, and Acid-Base Reactions
6. Oxidation-Reduction Reactions
7. Energy and Chemical Reactions
8. Unit Conversions
9. Chemical Calculations and Chemical Formulas
10. Chemical Calculations and Chemical Equations
11. Modern Atomic Theory
12. Molecular Structure
13. Gases
14. Liquids: Condensation, Evaporation, and Dynamic Equilibrium
15. Solution Dynamics
16. The Process of Chemical Reactions
17. An Introduction to Organic Chemistry, Biochemistry, and Synthetic Polymers
18. Nuclear Chemistry

Essentials of Toxic Chemical Risk by Stephen Penningroth

Table of Contents
1. Toxic Chemical Risk as Science and Social Discourse
2. Environmental Pathways of Toxic Chemicals
3. Dose–Effect: The Foundation of Toxicological Science
4. Human Populations at Risk
5. The Cornerstone of Risk Assessment: Toxicity Testing in Animals
6. The Body’s Defenses against Chemical Toxicity
7. Mechanisms of Chemical Disease
8. Human Health Risk Assessment
9. Ecological Risk Assessment
10. Managing Chemical Risk in North America and Europe

Vapor Pressure of Chemicals by J. Dykyj, J. Svoboda, R.C. Wilhoit, M. Frenkel, K.R. Hall

Table of Contents
1 Introduction
2 Tabulated Data on Vapor Pressure of Hydrocarbons
3 Tabulated Data on Vapor Pressure of Sulfur, Selenium, and Tellurium Containing Organic Compounds
4 Tabulated Data on Vapor Pressure of Halogen Containing Organic Compounds

The Aqueous Chemistry of the Elements by George K. Schweitzer and Lester L. Pesterfield

Table of Contents
1. E–pH Diagrams
2. The Construction of E–pH Diagrams
3. Reactions and Applications
4. Precipitation and Complexation
5. The Lithium Group
6. The Beryllium Group
7. The Boron Group
8. The Carbon Group
9. The Nitrogen Group
10. The Oxygen Group
11. The Fluorine Group
12. The Scandium Group
13. The Ti Group and the 5B, 6B, 7B and 8B Heavy Elements
14. The V–Cr–Mn Group
15. The Fe–Co–Ni Group
16. The Cu Group
17. The Zn Group
18. The Actinoid Metals

Lewis Basicity and Affinity Scales by Christian Laurence and Jean-Francois Gal

Table of Contents
1 Lewis Basicity and Affinity Measurement: Definitions and Context
2 The Donor Number or SbCl5 Affinity Scale
3 The BF3 Affinity Scale
4 Thermodynamic and Spectroscopic Scales of Hydrogen-Bond Basicity and Affinity
5 Thermodynamic and Spectroscopic Scales of Halogen-Bond Basicity and Affinity
6 Gas-Phase Cation Affinity and Basicity Scales
7 The Measurement of Lewis Basicity and Affinity in the Laboratory

Chemistry Problem Solver A Complete Solution Guide to Any Textbook by Research & Education Association

Table of Contents
1. Units of Measurement
2. Gases
3. Gas Mixtures and Other Physical Properties of Gases
4. Avogadro's Hypothesis; Chemical Compounds and Formulas
5. Stoichiometry, Weight and Volume Calculations
6. Solids
7. Properties of Liquids
8. Solution Chemistry
9. Equilibrium
10. Acid-Base Equilibria
11. Solubility and The Ion Product Constant
12. Calculations Using pH and the Dissociation Constant
13. Chemical Kinetics
14. Thermodynamics I
15. Thermodynamics II
16. Electrochemistry
17. Atomic Theory
18. Quantum Chemistry
19. Nuclear Chemistry
20. Organic Chemistry I: Nomenclature and Structure
21. Organic Chemistry II: Reactions
22. Biochemistry I
23. Biochemistry II
24. Applied Pollution/Environmental Problems
25. Applied Gas and Gas Mixture Problems
26. Applied Liquid and Solution Problems
27. Applied Stoichiometry Problems
28. Applied Thermochemistry Problems
29. Applied Energy Problems
30. Applied Wave Phenomena Problems
31. Applied Organic and Polymer Chemistry Problems
32. Applied Biological Problems

Molecular Orbitals and Organic Chemical Reactions by Ian Fleming

Table of Contents
1 Molecular Orbital Theory
2 Molecular Orbitals and the Structures of Organic Molecules
3 Chemical Reactions—How Far and How Fas
4 Ionic Reactions—Reactivity
5 Ionic Reactions—Stereochemistry
6 Thermal Pericyclic Reactions
7 Radical Reactions
8 Photochemical Reactions

Practical Organic Chemistry 5th ed. by Vogels - Textbook

Tables of Contents
1. Organic Synthesis
2. Experimental Techniques
3. Spectroscopic Methods and the Interpretation of Spectra
4. Solvents and Reagents
5. Aliphatic Compounds
6. Aromatic Compounds
7. Selected Alicyclic Compounds
8. Selected Heterocyclic Compounds
9. Investigation and Characterisation of Organic Compounds
10. Physical Constants of Organic Compounds

Química Orgánica 5 ed.por Leroy Wade traducido y revisado por Montaña Pedrero y Batalla García

Tabla de Contenidos
1 Introducción y revisión
2 Estructura y propiedades de las moléculas orgánicas
3 Estructura y estereoquímica de los alcanos
4 El estudio de las reacciones químicas
5 Estereoquímica
6 Haluros de alquilo: sustitución nucleofílica y eliminación
7 Estructura y síntesis de alquenos
8 Reacciones de los alquenos
9 Alquinos
10 Estructura y síntesis de alcoholes
11 Reacciones de los alcoholes
12 Espectroscopía de infrarrojo y espectrometría de masas
13 Espectroscopía de resonancia magnética nuclear
14 Éteres, epóxidos y sulfuros
15 Sistemas conjugados, simetría orbital y espectroscopía ultravioleta
16 Compuestos aromáticos
17 Reacciones de compuestos aromáticos
18 Cetonas y aldehidos
19 Aminas
20 Ácidos carbóxilicos
21 Derivados de los ácidos carboxílicos
22 Sustituciones en alfa y condensaciones de enoles y de iones enolato
23 Carbohidratos y ácidos nucléicos
24 Aminoácidos, péptidos y proteínas
25 Lípidos
26 Polímeros sintéticos

Análisis Químico Cuantitativo por Daniel C. Harris

Tabla de Contenidos
1. Unidades de Medida y Concentraciones
2. Instrumentos de Laboratorio
3. Error Experimental
4. Estadística
5. Equilibrio Químico
6. Actividad
7. Estudio Sistemático del Equilibrio
8. Análisis Gravimétrico
9. Titulaciones por Precipitación
10. Equilibrios Ácido-Base
11. Titulaciones Ácido-Base
12. Más sobre Química Ácido-Base
13. Titulaciones con EDTA
14. Fundamentos de Electroquímica
15. Electrodos y Potenciometría
16. Titulaciones Redox
17. Análisis Electrogravimétrico y Coulombimétrico
18. Voltamperometría
19. Espectrofotometría
20. Aspectos Instrumentales de la Espectrofotometría
21. Espectroscopía Atómica
22. Introducción a las Separaciones Analíticas
23. Métodos Cromatográficos
24. Preparación de Muestras
25. Prácticas de Laboratorio

Van der Waals Forces A Handbook for Biologist, Chemist, Engineers and Physicists by V. Adrian Parsegian

Table of Contents
Level 1: Introduction
L1.1. The simplest case: Material A versus material B across medium m
L1.2. The van der Waals interaction spectrum
L1.3. Layered planar bodies
L1.4. Spherical geometries
L1.5. Cylindrical geometries
Level 2: Practice
L2.1. Notation and symbols
L2.1.A. Geometric quantities
L2.1.B. Force and energy
L2.1.C. Spherical and cylindrical bodies
L2.1.D. Material properties
L2.1.E. Variables to specify point positions
L2.1.F. Variables used for integration and summation
L2.1.G. Differences-over-sums for material properties
L2.1.H. Hamaker coefficients
L2.1.I. Comparison of cgs and mks notation
L2.1.J. Unit conversions, mks–cgs
L2.2. Tables of formulae
L2.2.A. Tables of formulae in planar geometry
L2.2.B. Tables of formulae in spherical geometry
L2.2.C. Tables of formulae in cylindrical geometry
L2.3. Essays on formulae
L2.3.A. Interactions between two semi-infinite media
L2.3.B. Layered systems
L2.3.C. The Derjaguin transform for interactions between oppositely curved surfaces
L2.3.D. Hamaker approximation: Hybridization to modern theory
L2.3.E. Point particles in dilute gases and suspensions
L2.3.F. Point particles and a planar substrate
L2.3.G. Line particles in dilute suspension
L2.4. Computation
L2.4.A. Properties of dielectric response
L2.4.B. Integration algorithms
L2.4.C. Numerical conversion of full spectra into forces
L2.4.D. Sample spectral parameters
L2.4.E. Department of tricks, shortcuts, and desperate necessities
L2.4.F. Sample programs, approximate procedures
Level 3: Foundations
L3.1. Story, stance, strategy
L3.2. Notation used in level 3 derivations
L3.2.A. Lifshitz result
L3.2.B. Layered systems
L3.2.C. Ionic-fluctuation forces
L3.2.D. Anisotropic media
L3.2.E. Anisotropic ionic media
L3.3. A heuristic derivation of Lifshitz’ general result for the interaction between two semi-infinite media across a planar gap
L3.4. Derivation of van der Waals interactions in layered planar systems
L3.5. Inhomogeneous media
L3.6. Ionic-charge fluctuations
L3.7. Anisotropic media
Problem sets
Problem sets for Prelude
Problem sets for level 1
Problem sets for level 2
Tables

Organic Chemistry I - Wordbook for Dummies by Arthur Winter, PhD

Contents at a Glance
Introduction
Part I: The Fundamentals of Organic Chemistry
Chapter 1:Working with Models and Molecules
Chapter 2: Speaking Organic Chemistry: Drawing and Abbreviating Lewis Structures
Chapter 3: Drawing Resonance Structures
Chapter 4: Working with Acids and Bases
Part II: The Bones of Organic Molecules: The Hydrocarbons
Chapter 5: Seeing Molecules in 3-D: Stereochemistry
Chapter 6: The Skeletons of Organic Molecules: The Alkanes
Chapter 7: Shaping Up with Bond Calisthenics and Conformation
Chapter 8: Doubling Down: The Alkenes
Chapter 9: Tripling the Fun: Alkyne Reactions and Nomenclature
Part III: Functional Groups and Their Reactions
Chapter 10: The Leaving Group Boogie: Substitution and Elimination of Alkyl Halides
Chapter 11: Not as Thunk as You Drink I Am: The Alcohols
Chapter 12: Conjugated Dienes and the Diels-Alder Reaction
Chapter 13: The Power of the Ring: Aromatic Compounds
Part IV: Detective Work: Spectroscopy and Spectrometry
Chapter 14: Breaking Up (Isn’t Hard to Do): Mass Spectrometry
Chapter 15: Cool Vibrations: IR Spectroscopy
Chapter 16: Putting Molecules under the Magnet: NMR Spectroscopy
Part V: The Part of Tens
Chapter 17: The Ten Commandments of Organic Chemistry
Chapter 18: Ten Tips for Acing Orgo Exams
Index

General, Organic and Biochemistry by George Odian, Ph.D. and Ira Blei, Ph.D.

Table of Contents
General Chemistry
CHAPTER 1 Chemistry and Measurement
CHAPTER 2 Atomic Structure and The Periodic Table
CHAPTER 3 Compounds and Chemical Bonding
CHAPTER 4 Chemical Calculations
CHAPTER 5 Physical Properties of Matter
CHAPTER 6 Concentration and its Units
CHAPTER 7 Solutions
CHAPTER 8 Chemical Reactions
CHAPTER 9 Aqueous Solutions of Acids, Bases, and Salts
Organic Chemistry
CHAPTER 10 Nuclear Chemistry and Radioactivity
CHAPTER 11 Organic Compounds; Saturated Hydrocarbons
CHAPTER 12 Unsaturated Hydrocarbons: Alkenes, Alkynes, Aromatics
CHAPTER 13 Alcohols, Phenols, Ethers, and Thioalcohols
CHAPTER 14 Aldehydes and Ketones
CHAPTER 15 Carboxylic Acids, Esters, and Related Compounds
CHAPTER 16 Amines and Amides
CHAPTER 17 Stereoisomerism
Biochemistry
CHAPTER 18 Carbohydrates
CHAPTER 19 Lipids
CHAPTER 20 Proteins
CHAPTER 21 Nucleic Acids and Heredity
CHAPTER 22 Metabolic Systems
CHAPTER 23 Digestion, Nutrition, and Gas Transport
APPENDIX A Basic and Derived SI Units and Conversion Factors
APPENDIX B Table of Atomic Masses
APPENDIX C Periodic Table
INDEX

Chemistry of the Environment by David E. Newton

Table of Contents
Chapter 1
The Road to Earth Day
Chapter 2
Chemistry of the air: Pollutants
Chapter 3
Chemistry of the atmosphere: Changes in the Atmosphere
Chapter 4
Chemistry of Water Pollution
Chapter 5
Chemistry of Solid Waste Disposal
Chapter 6
Green Chemistry

The Synthetic Organic by MICHAEL C. PIRRUNG

Contents
Chapter 1
Searching The Literature
Chapter 2
Reagents
Chapter 3
Gases
Chapter 4
Reactions on a Small Scale: 1 to 25 mmol
Chapter 5
Temperature Control
Chapter 6
Solvents
Chapter 7
The Research Notebook
Chapter 8
Conducting the Reaction Itself
Chapter 9
Following the Reaction
Chapter 10
Working up Reactions
Chapter 11
Evaporation
Chapter 12
Vacuum Systems
Chapter 13
Purification of Products
Chapter 14
Methods for Structure Elucidation
Chapter 15
Cleaning up after the Reaction
Chapter 16
Specific Examples
Chapter 17
Strategies for Reaction Optimización

Estadística para Química Analítica Miller - Miller

Índice general
Capítulo 1
Introducción
Capítulo 2
Errores en el análisis clásico. Estadística de medidas repetidas
Capítulo 3
Pruebas de significación
Capítulo 4
Control de calidad y muestreo
Capítulo 5
Errores en análisis instrumental; regresión y correlación
Capítulo 6
Métodos no paramétricos y de ejecución rápida
Capítulo 7
Diseño experimental, optimización y reconocimiento de pautas