introduces key concepts and mathematical approaches that underly fundamental quantum mechanical models of atoms and molecules. Connections are drawn between these microscopic models and macroscopic properties of systems in physical chemistry—both how experimental observations shape the chosen structure of the models, and how these models can now successfully predict and interpret the results of experiments.
introduces key concepts and mathematical approaches that underly fundamental quantum mechanical models of atoms and molecules. Connections are drawn between these microscopic models and macroscopic properties of systems in physical chemistry—both how experimental observations shape the chosen structure of the models, and how these models can now successfully predict and interpret the results of experiments.
