Numerous studies have been conducted on the kinetics and equilibrium of hydrogen iodide's decomposition: H2(g) + I2 = 2HI(g) (g)
The balance between opposing (forward and backward) reactions is the definition of equilibrium. Further discussion of the relationship between equilibrium and the study of reaction rates (chemical kinetics).
As a result, there is a basic connection between chemical kinetics and chemical equilibrium: for a given set of conditions, the size of the rate constants for the forward and reverse reactions determines the composition of the equilibrium mixture.
Kinetics defines the rate at which a specific process will occur and the method by which it will occur, whereas thermodynamics provides the general features, behavior, and equilibrium composition of a system.
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