KINETICS is the study of how fast events occur. Commonly, RATE EQUATIONS are used to define the kinetics of a chemical reaction. RATEs of DISAPPEARANCE of reactants are used to determine REACTION ORDERS. REACTION MECHANISMS are a series of individual reaction steps, ELEMENTARY REACTIONS, which occur during the completion of an observed OVERALL REACTION. Each individual ELEMENTARY STEP of a reaction mechanism has a REACTION ORDER, the number of reactant species Usually, the SUM of the reaction orders of the elementary steps adds up to the OVERALL REACTION ORDER. REACTION ORDERS vary from zero, 0, first, 1, second, 2, third 3 and sometimes even four or five. Most individual reaction orders vary from zero order to second orders. Combined reaction orders vary through the whole range from zero to fifth order. The rate of a reaction is usually determined by the RATE DETERMINING STEP or SLOW STEP of a reaction.
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