General Chemistry Principles and Modern Applications

General Chemistry Principles and Modern ApplicationsGeneral Chemistry is a branch of study dealing with the interaction of matter, forces, and molecules. This course can be useful for all students wishing to take a Chemical Engineering as well as Science courses. You should have knowledge in the traditional principles as well as advanced and modern applications.The study of the chemical elements can be learned through the classical principles. It is considered to be a study of the different atomic formulas which include the elements, atomic weights, and most importantly, the chemical compounds that comprise a particular element. There are also some other applications such as the non-organic solvents, acid neutralization, molecular bonding, thermal dissociation, carbon dioxide fixation, gas stabilization, infrared absorption, and the affinity separation. When taken as an undergraduate course, the above will only focus on the non-organic chemical elements.The modern applications will c oncentrate on the aspects of gas, liquid, and solid state chemical reactions. The second class will also teach the fundamentals in the field of sciences and chemistry. An examination on chemical kinetics is a part of the course as well as the Pervasive Equilibrium Theory.In quantum chemistry, the atoms and molecules can be labeled as either neutral or charged. The study of atomic, molecular, and environmental interactions will be taught in this class. The second class will also include the principles of reactivity, chemical stability, nuclear physics, quantum mechanics, and the chemical bonding.The third class is designed to study chemical kinetics. In this course, there will be a lot of laboratory work, and a student will take chemistry assignments with the lab. This course also includes the role of gravity in the reactions, molecular density, and the gas-phase equilibrium of molecules.The fourth class focuses on the study of the chemical bond and the mechanisms of the bond formati on. This class is used to study the bond formation of water, carbon monoxide, hydrocarbons, and ketones. In this class, students will also learn about the covalent bonding, polar melting, and the relation between the metal ions and the nuclei.This course is used to introduce the concepts of chemistry, molecular spectroscopy, electrical and electronic properties, photoelectrochemical process, and general physical properties of liquids and gases. There are many topics related to the chemical bonding and its reactions such as ionic bond formation, the bonding energy of the molecules, and ionic bonding reactions.