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Experiments in physical chemistry /
Experiments in Physical Chemistry, Second Edition provides a compilation of experiments concerning physical chemistry. This book illustrates the link between the theory and practice of physical chemistry. Organized into three parts, this edition begins with an overview of those experiments that gene...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford ; New York :
Pergamon Press,
[1968]
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| Edición: | 2d revised and enlarged edition. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Experiments in Physical Chemistry; Copyright Page; Table of Contents; Preface; List of Symbols; PART I; Experiments; Physical Properties and Molecular Structure; 1. Molecular Weight using van der Waals' Equation; 2. The Density of a Liquid as a Function of Temperature; 3. Molar Refraction; 4. Viscosity as a Function of Temperature; Thermodynamics; 5. The Ratio of the Heat Capacities of a Gas (Cl�ement and Desormes Method); 6. The Ratio of the Heat Capacities of a Gas (Lummer and Pringsheim Method); 7. Molecular Weight by Ebullioscopy (Landsberger's Method).
- 8. Molecular Weight by Ebullioscopy (Cottrell's Method)9. Molecular Weight by Cryoscopy; 10. Molecular Weight by Rast's Method; 11. Heat of Neutralization by Calorimetry; 12. Heat of Transition by Calorimetry; 13. Heat of Vaporization by Calorimetry; 14. The Vapour Pressure of a Liquid as a Function of Temperature; 15. Heat of Solution from Solubility; 16. Heat of Combustion by Bomb Calorimetry; 17. An Equilibrium Constant by the Distribution Method; Phase Equilibria; 18. Distillation of an Azeotropic Mixture with a Minimum Boiling Point; 19. Molecular Weight of a Liquid by Steam Distillation.
- 20. Phase Diagram for a Binary System21. The Variation of Miscibility with Temperature; 22. A Study of the Ternary System: Benzene-Acetic Acid-Water; 23. The Thermal Analysis of a Hydrate by the Differential Couple Method; 24. A Transition Temperature by a Solubility Method; Light and Spectra; 25. Verification of the Lambert-Beer Law; 26. Composition of a Complex Ion in Solution; Chemical kinetics; 27. A Velocity Constant by a Titration Method; 28. Variation of a Velocity Constant with Catalyst Concentration by a Polarimetric Method; 29. A Velocity Constant by a Gas Evolution Method.
- 30. A Velocity Constant by a Conductimetric Method31. The Effect of Change of Temperature on the Rate of a Reaction; 32. Determination of the Order of a Reaction; Surface Ohemistry and Colloids; 33. Surface Tension using a Traube Stalagmometer; 34. Interfacial Tension (Micrometer Syringe Method); 35. Variation of the Surface Tension of a Liquid with Temperature; 36. Adsorption Isotherm; Oonductance and Transference; 37. Variation of Conductance with Concentration (Strong and Weak Electrolytes); 38. Conductimetric Titration of an Acid Mixturo; 39. Solubility by a Conductimetric Method.
- 40. Transport Numbers (Hittorf's Method)Ionic EquiUbria; 41. Dissociation Constant of a Weak Acid (Approximate e.m.f, Method); 42. Dissociation Constant of a Weak Acid (Conductimetric Method); 43. Hydrolysis Constant by a Conductimetric Method; Electrode Potential and Electrode Processes; 44. The Standard Electrode Potentials of Zinc and Copper; 45. Concentration Cells; 46. Solubility Product from e.m.f, Measurements; 47. The Quinhydrone Reference Electrode; 48. pH Titration Curve; 49. Study of Potentiometric and Indicator End Points.