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Basic concepts of analytical chemistry /
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Tunbridge Wells :
New Academic Science,
©2012.
|
| Edición: | 3rd ed. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- ""Cover""; ""Preface to the Third Edition""; ""Preface to the First Edition""; ""Contents""; ""Chapter 1. Introduction""; ""1.1 Importance of Analytical Chemistry""; ""1.2 Methods of Quantitative Analysis""; ""1.3 Criteria for Selection of Method for Analysis""; ""1.4 Chemical Analysis and Analytical Chemistry ""; ""1.5 Quantitative Analysis with Scale of Operation ""; ""1.6 Steps in Quantitative Analysis ""; ""1.7 Methods of Analytical Determination ""; ""1.8 Role of Instrumentation ""; ""Literature""; ""Chapter 2. Reliability of Analytical Data and Statistical Analysis""
- ""2.1 Errors in Chemical Analysis """"2.2 Classification of Errors ""; ""2.3 Determining the Accuracy of Methods ""; ""2.4 Improving the Accuracy of Analysis ""; ""2.5 Statistical Analysis ""; ""2.6 Criteria for Rejection of Results: Q-Test ""; ""2.7 Presentation of Data""; ""2.8 Confidence Limit ""; ""2.9 Q-Test for Rejection of Result ""; ""2.10 Standard 't' Test ""; ""Solved Problems""; ""Problems For Practice""; ""Literature""; ""Chapter 3. Sampling in Analysis""; ""3.1 Introduction ""; ""3.2 Definitions of Terms ""; ""3.3 Theory of Sampling ""; ""3.4 Techniques of Sampling ""
- ""3.5 Statistical Criteria of Ideal Sample """"3.6 Stratified Sampling Versus Random Sampling ""; ""3.7 Minimisation of Variance in Stratified Sampling ""; ""3.8 Transmission and Storage of Samples ""; ""Solved Problems ""; ""Problems For Practice""; ""Literature ""; ""Chapter 4. Gravimetric Analysis""; ""4.1 Precipitation Methods""; ""4.2 Purity of Precipitation : Coprecipitation ""; ""4.3 Optimum Conditions for Precipitation ""; ""4.4 Precipitation from Homogeneous Solution ""; ""4.5 Washing of the Precipitate""; ""4.6 Ignition of the Precipitate ""
- ""4.7 Role of Organic Precipitants in Gravimetric Analysis """"4.8 Criteria for Choice of an Organic Reagent ""; ""4.9 Some Important Organic Precipitants ""; ""4.10 Electrogravimetry ""; ""Solved Problems""; ""Problems For Practice""; ""Literature""; ""Chapter 5. Volumetric Analysis� Acid-Base Titrations""; ""5.1 Volumetric Analysis ""; ""5.2 Classification of Volumetric Methods ""; ""5.3 Acid-Base Titrations ""; ""5.4 Acid-Base Titration Curves ""; ""5.5 Acid-Base Indicators ""; ""5.6 Mixed Indicators ""; ""5.7 Fluorescent Indicators ""; ""Solved Problems""; ""Problems For Practice""
- ""Literature""""Chapter 6. Redox Titrations""; ""6.1 Theory of Redox Titration Curves ""; ""6.2 Some Oxidising Agents as Titrants ""; ""6.3 Application of Iodine as Redox Reagent ""; ""6.4 Redox Indicators ""; ""6.5 Detection of End Point in Redox Titrations ""; ""Solved Problems""; ""Problems For Practice""; ""Literature""; ""Chapter 7. Precipitation Titrations""; ""7.1 Theory of Precipitation Titration Curves ""; ""7.2 Factors Influencing Solubility of the Precipitate""; ""7.3 Titrations by Turbidity without an Indicator ""; ""7.4 Volhard's Method ""; ""7.5 Mohr's Method ""