Modern Experimental Chemistry

Author： Latimer   George W. Jr.  

Publisher： Elsevier Science‎

Publication year： 2012

E-ISBN: 9780323157308

P-ISBN(Paperback): 9780124372504

P-ISBN(Hardback):  9780124372504

Subject： O6-33 Experimental Technology and Equipment

Language： ENG

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Description

Modern Experimental Chemistry provides techniques of qualitative analysis that reinforce experiments on ionic equilibriums.

This book includes the determination of water in hydrated salts; identification of an organic compound after determining its molecular weight; and nonaqueous titration of a salt of a weak acid. The calculation of chemical stoichiometry; calculation of thermodynamic properties by determining the change in equilibrium with temperature; and chromium chemistry are also covered.

This compilation contains enough experiments for classes which have six hours of laboratory (two 3-hour meetings) per week to last two semesters.

This publication is intended for chemistry students as an introductory manual to chemistry laboratory.

Chapter

Front Cover

pp.：  1 – 4

Modern Experimental Chemistry

pp.：  4 – 5

Copyright Page

pp.：  5 – 6

Table of Contents

pp.：  6 – 8

Preface

pp.：  8 – 10

SAFETY IN THE LABORATORY

pp.：  10 – 16

CHAPTER 1. THE EVALUATION OF DATA

pp.：  16 – 28

CHAPTER 2. THE DETERMINATION OF WATER IN HYDRATED SALTS

pp.：  28 – 36

CHAPTER 3. THE DETERMINATION OF AN ATOMIC WEIGHT

pp.：  36 – 44

CHAPTER 4. USE OF THE GAS LAWS IN THE DETERMINATION OF NITROGEN

pp.：  44 – 56

CHAPTER 5. THE IDENTIFICATION OF AN ORGANIC COMPOUND AFTER DETERMINING ITS MOLECULAR WEIGHT

pp.：  56 – 66

CHAPTER 6. THE DETERMINATION OF THE pKα OF A WEAK ACID ITS CONTENT IN AN UNKNOWN

pp.：  66 – 74

CHAPTER 7. THE EQUILIBRIUM CONSTANT OF AN INDICATOR

pp.：  74 – 82

CHAPTER 8. THE NONAQUEOUS TITRATION OF A SALT OF A WEAK ACID

pp.：  82 – 90

CHAPTER 9. HYDROLYSIS OF SALTS

pp.：  90 – 96

CHAPTER 10. THE INVESTIGATION OF COMPETING EQUILIBRIA

pp.：  96 – 106

CHAPTER 11. THE CALCULATION OF CHEMICAL STOICHIOMETRY

pp.：  106 – 114

CHAPTER 12. VERIFICATION OF THE NERNST EQUATION AND THE DETERMINATION OF THE FORMAL POTENTIAL E°f

pp.：  114 – 124

CHAPTER 13. THERMOCHEMISTRY

pp.：  124 – 134

CHAPTER 14. CALCULATION OF THERMODYNAMIC PROPERTIES BY DETERMINING THE CHANGE IN EQUILIBRIUM WITH TEMPERATURE

pp.：  134 – 142

CHAPTER 15. THE DETERMINATION OF THE ORDER, RATE, AND ACTIVATION ENERGY OF A CHEMICAL REACTION

pp.：  142 – 152

CHAPTER 16. CHEMICAL LITERATURE

pp.：  152 – 162

CHAPTER 17. CHROMIUM CHEMISTRY

pp.：  162 – 170

CHAPTER 18. NICKEL CHEMISTRY

pp.：  170 – 178

CHAPTER 19. MANGANESE CHEMISTRY

pp.：  178 – 186

CHAPTER 20. HALOGEN CHEMISTRY

pp.：  186 – 194

CHAPTER 21. THE SOLUTION CHEMISTRY OF SELECTED ELEMENTS. I

pp.：  194 – 204

CHAPTER 22. THE SOLUTION CHEMISTRY OF SELECTED ELEMENTS. II

pp.：  204 – 212

CHAPTER 23. THE SOLUTION CHEMISTRY OF SELECTED ELEMENTS. III SEPARATION AND IDENTIFICATION OF ANIONS

pp.：  212 – 218

CHAPTER 24. SYNTHESIS AND STUDY OF INORGANIC COMPOUNDS

pp.：  218 – 220

Appendix I: Laboratory Operations

pp.：  220 – 258

Appendix II: Review of Chemical Principles

pp.：  258 – 270

Appendix III: Mathematical Techniques

pp.：  270 – 284

Appendix IV: Tables of Data

pp.：  284 – 296

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