Second Order Reactions Model to explore the change in concentration during the decomposition of nitrogen dioxide, NO2, at 573K
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changes monitor changes decomposition nitrogen decomposition decomposition changes monitor nitrogen

Second Order Reactions Description

Model to explore the change in concentration during the decomposition of nitrogen dioxide, NO2, at 573K Second Order Reactions is a model to explore the concentration changes during the decomposition of nitrogen. The word rate means speed in a certain direction. In chemistry, it refers to the speed of a certain chemical reaction.Just as speed is measured as a change in distance with respect to time, so the rate of reaction is the change in amount of substance with respect to time. All chemical reactions proceed at a a definite rate, the rate being controlled by the experimental conditions such as the concentration of reactants or the temperature.Some reactions are so slow that, for all practical purposes, no change occurs. On the other hand some reactions are so fast as to appear to be instantaneous.In between these two extremes, however, there are many reactions which proceed at a measurable rates. The study of these reactions and the factors that affect their rates is known as chemical kinetics. Requirements: · Java

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