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Introduction of Chemical kinetics

Chemical kinetics and another name is reaction kinetics is the study of rates of chemical processes. Chemical kinetics involves investigations of how different experimental conditions can affect the speed of a chemical reaction and yield information about the reaction's transition and mechanism states, and with the construction of mathematical models that can explains the features of a chemical reaction. In the year 1864, by formulating the law of mass action which states that the speed of a chemical reaction is proportional to the quantity of the reacting substances, the Peter Waage and Cato Guldberg lead the way of the development of chemical kinetics.

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Chemical kinetics deals with the experimental determination of reaction rates by which rate constants and rate laws are derived. Comparatively simple, rate law exist for zero-order reactions (for which reaction rates are independent of concentration), first-order reaction and second-order reaction and can be derived for others. The rate-determining step often determines the kinetics in consecutive reaction. A steady state approximation can simplify the rate law in consecutive first-order reaction. Through the Arrhenius equation and the Eyring equation the activation energy for a reaction is determined. The essential factors that affect the reaction rate include: the reactant's physical state, the reactants' concentrations and the temperature at which point the reaction occurs and whether or not in the reaction any catalysts are present.

Applications

The models that explain chemical reaction kinetics offer chemical engineers and chemists with tools to offer better understanding and illustrate chemical processes like microorganism growth, food decomposition, stratospheric ozone decomposition and the biological systems' complex chemistry. These models can also used in the modification or design of chemical reactors to optimize product yield more efficiently or effectively separate products and eliminate environmentally unsafe by-products; When performing catalytic cracking of heavy hydrocarbons into light gas and gasoline, examples of this are- kinetic models can be used to find the temperature and pressure at which the highest yield of heavy hydrocarbons into gasoline will occur. It is also a basic aspect of chemistry.

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