Chemical processes referred to as second order reactions are those in which the total of the exponents in the appropriate rate law of the chemical reaction equals two. Such a reaction's rate can be expressed mathematically as either Rate of reaction = k[A]^2
Rate of the second order reaction is k[A][B].
Second order reaction: what is it?
The concentration of one second-order reactant or two first-order reactants determines the sort of chemical reaction known as a second order reaction. The product of the concentrations of two reactants, or the square of the concentration of one reactant, determines how quickly this reaction will proceed.
Chemical processes referred to as second order reactions are those in which the total of the exponents in the appropriate rate law of the chemical reaction equals two. Such a reaction's rate can be expressed mathematically as either Rate of reaction = k[A]^2
or as Rate of reaction = k[A][B].
where A and B represent the reactant concentration.
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