Titlebook: Exam Survival Guide: Physical Chemistry; Jochen Vogt Textbook 2017 Springer Nature Switzerland AG 2017 Chemical Reaction Kinetics.Chemical

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Von Lebenssinn und Sinn in der Arbeitthe electromagnetic spectrum. One focus is on problems that demonstrate how quantitative analysis of spectra provides detailed information on molecular structure and bonding. Other problems deal with the principle and dynamics of the laser, which is the most important laboratory light source in contemporary spectroscopy.

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Thermochemistry,eals with key aspects of thermochemistry, such as the determination of molar heat of formation. Problem 4.3 exemplifies the use of the Gibbs free energy of reaction as a criterion for the occurrence of chemical processes.

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Chemical Equilibrium,le such problems in a systematic way. The selection of problems highlights different aspects of chemical equilibrium, such as equilibrium in parallel reactions, equilibrium in open and closed systems, or equilibrium in dilute solutions.

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Spectroscopy,the electromagnetic spectrum. One focus is on problems that demonstrate how quantitative analysis of spectra provides detailed information on molecular structure and bonding. Other problems deal with the principle and dynamics of the laser, which is the most important laboratory light source in contemporary spectroscopy.

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Quantitative Problem Solving in Physical Chemistry, exemplified using a sample problem text. Finally, an overview of the problems in the various chapters is given, along with comments on the level of difficulty and thematic cross-links among the various topics.

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Textbook 2017ate level in chemistry and the engineering sciences in a compact and practice-oriented form. Numerous problems and detailed solutions offer the possibility of an in-depth reflection of topics like chemical thermodynamics and kinetics, atomic structure and spectroscopy. Every chapter starts with a re

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J. Rump,M. Schiedhelm,S. Eilers, for example, in Problem?8.3. Using the probability calculus, we see how the Boltzmann distribution can be motivated and how the phenomenon of diffusion can be understood. A second focus is on problems dealing with concrete cases of partition functions and their relation to thermodynamic quantities such as entropy or molar heat capacities.

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O. Hasselmann,B. Schauerte,J. Schr?derts introduce the postulates of quantum mechanics. Aside from problems dealing with black body radiation, wave-packet propagation, and the hydrogen atom, applications of operator calculus and the variational principle are highlights that show perspectives with regard to tackling advanced problems in this field.

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Statistical Thermodynamics,, for example, in Problem?8.3. Using the probability calculus, we see how the Boltzmann distribution can be motivated and how the phenomenon of diffusion can be understood. A second focus is on problems dealing with concrete cases of partition functions and their relation to thermodynamic quantities such as entropy or molar heat capacities.