Respuesta :
It can be difficult to differentiate a system at equilibrium from a system containing a very slow chemical reaction.
It can be difficult to differentiate a system at equilibrium from a system containing a very slow chemical reaction because the phase that moves slowly needs more time to complete because it may entail numerous other processes.
As an illustration, a reactant would need to diffuse as well as migrate to a certain reaction site before the next change can be implemented, which then immediately creates a product.
It can be challenging to distinguish an equilibrium system from one that has: Depending on the circumstances, a reversible reaction may only take place in one direction and the reverse reaction may not contribute much.
Equilibrium is influenced by the system's temperature, pressure, as well as concentration. When one of these variables changes, the system's equilibrium is upset and it returns to normal itself so that it reaches equilibrium again.
Therefore, It can be difficult to differentiate a system at equilibrium from a system containing a very slow chemical reaction.
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