equilibrium constant

An equilibrium constant of 1 means that both sides are equally popular.

The equilibrium constant is known in this case as a solubility product.

In each case an equilibrium constant can be specified as a quotient of activities.

To find x, the equilibrium constant must be specified.

The concentration quotient is a simple multiple of the equilibrium constant.

It also shows that an equilibrium constant is defined as a quotient of activities.

One or more equilibrium constants may be parameters of the refinement.

In the latter case the equilibrium constant would be a concentration quotient.

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

Replies: The short answer is that equilibrium constants are functions of temperature.

The solubility constant is a special case of an equilibrium constant.

The values of the standard free energy change and of the equilibrium constant are temperature dependent.

Chemists perform experiments to measure the equilibrium constant of various reactions.

The equilibrium constants K are taken from the thermodynamic database wateq4f.

The equilibrium constant is thus given by the equation:

Note that activities and equilibrium constants are dimensionless numbers.

There are two independent equilibria, with equilibrium constants defined as follows.

See also Determination of equilibrium constants for experimental and computational methods.

We have thus related the standard electrode potential and the equilibrium constant of a redox reaction.

Values of the equilibrium constants are refined in an iterative procedure.

Activities 'should' be used to define equilibrium constants but, in practice, concentrations are often used instead.

K is the equilibrium constant of component i.

The relation between the Gibbs energy and the equilibrium constant can be found by considering chemical potentials.

The hydration equilibrium constant of carbonic acid is (at 25 C).

This expression for activity is placed in the expression defining the equilibrium constant.