dissociation constant

Their dissociation constants are all different and I am not sure they will work.

Note also that changing the temperature has an effect on the dissociation constant.

The relationship between the two types of constant is given in association and dissociation constants.

The resulting ion has a Acid dissociation constant of 9.25.

The value of the acid dissociation constant, pK, must be known.

It should be noted that smaller dissociation constant indicates more efficacy.

First, an acid dissociation constant is defined as follows.

The dissociation constant is the inverse of the association constant.

This assumption is made to make it easier to write a dissociation constant: .

This can lead to some confusion as pK values are dissociation constants.

The dissociation constant and the ionic product of heavy water is given by:

The values above are expressed as equilibrium dissociation constants.

The 'base dissociation constant' or 'Kb' is a measure of basicity.

As such it has a dissociation constant.

Acid dissociation constants are sometimes expressed by p, which is defined as:

Kd is the dissociation constant, a specific type of equilibrium constant.

The acid dissociation constants for the vanadium and phosphorus series are remarkably similar.

A molecule can have several acid dissociation constants.

The position of the equilibrium is measured as an acid dissociation constant (K)

In the special case of salts, the dissociation constant can also be called an ionization constant.

As a frequently used special case, the dissociation constant of water is often expressed as K:

The effect can also be clearly seen in the dissociation constants of the oxoacids of chlorine.

Vanabins on the other hand have a moderate dissociation constant and do not tightly bind vanadium.

It is the inverted dissociation constant.

Note that K is defined here as an association constant, the reciprocal of an acid dissociation constant.