Angular Momentum Chemistry

Angular Momentum ChemistryAngular Momentum Chemistry is an online course on the science of organic chemistry. It combines the traditional lectures, labs and projects with online videos to make learning an interesting and stimulating experience.The organic chemistry course is a stand-alone course. The materials are not used in other courses at Harvard University. The course is structured according to one semester curriculum which includes one lab, one lecture, two tutorial papers, two labs and two lecture online videos.Angular Momentum Chemistry uses the chemical dynamics model of chemical reactions, first published by Kay Kogure and colleagues in 1980. The dynamic is a process that does not involve chemical change. The mechanism is linear because it is just continuous change in the state of a substance without any mixing or reaction.The linear system is a three-dimensional object consisting of various points, lines and triangles. A linear system has infinite dimensions and there are three fundamental properties of all linear systems: stiffness, compressibility and resistance to deformations. In this approach to science, the resistance to deformations is seen as the transformation from a high pressure to a low pressure state, while stiffness refers to resistance to displacement in fluid. The rigid and elastic properties are defined in both the rigid and elastic sense.The theory of the applied physical sciences incorporates dynamics coupled with a statistical mechanics (or Hamiltonian) as the dynamic system is translated into a flux model and then back into the dynamics through the simple process of fluid flow. As a result, the fluid dynamics can be decomposed into the flow model itself and the transverse viscous and isothermal frames. In this way, it allows an overall study of fluid flow and provides an overview of the interaction of fluid and solids.Angular Momentum Chemistry uses the numerical simulation method to study the motion of molecules at the interface between solids and fluids. This concept can be compared to the Kolmogorov process used by computer scientists to study the orbitals and transitions between stationary states in waves.Chemistry is an important and frequently essential science in the life of a human being. These online videos give a good overview of this science and should be part of every chemistry curriculum at college and university.