chemical equilibrium

In an open system we can never reach a chemical equilibrium.

Eventually the two rates will be equal and this is the point that we have chemical equilibrium.

However, many computer programs are available which can be used to perform these calculations; for details see chemical equilibrium.

It is not a chemical equilibrium because the decay process occurs in one direction only.

Every instance of phase or chemical equilibrium is characterized by a constant.

The steady state concept is different from chemical equilibrium.

In this example we will use the law of mass action to derive the expression for a chemical equilibrium constant.

The threshold between the disorder of chemical equilibrium and order is known as a phase transition.

In this reaction 2-pentene forms a rapid (a matter of seconds) chemical equilibrium with 2-butene and 3-hexene.

To get past that appearance, you would have to detect presence or absence of chemical equilibrium, accurately.

That chemical equilibrium was achieved to a satisfactory degree.

The Stewart approach models the complex chemical equilibrium system known as acid-base balance.

Equilibrium chemistry is a concerned with systems in chemical equilibrium.

It was pointed out by Ostwald that like chemical equilibrium, law of mass action can be applied to such systems also.

A tautomeric chemical equilibrium exists between 6-methylene-6,13-dihydropentacene and 6-methylpentacene.

Chemical equilibrium is an idea which describes the behavior of chemical reactions over time.

Accurate calculations of chemical equilibrium for real gases should use the fugacity rather than the pressure.

However, once the chemicals have reached chemical equilibrium, the reaction stops, and the battery is depleted.

In this sense a system in chemical equilibrium is in a stable state.

And there could be some other slow chemical equilibrium in the juice the balance-point of which shifts with temperature.

The chemical equilibrium model considers the effect of intermediate reactions during turbulent combustion.

To maintain chemical equilibrium, some of it reacts with the water to form carbonic acid.

The radical 2 forms a chemical equilibrium with the quinoid type dimer 3.

Consequently, they shift the chemical equilibrium of the unfolding reaction towards unfolded protein.

Partition equilibrium is a special case of chemical equilibrium.