This concentration is used to estimate the initial concentration in living material.

Note that the term is not present because, in this simple example, the initial concentration of B is 0.

The reaction will oscillate under a fairly wide range of initial concentrations.

The greater the initial concentrations the further the system is from equilibrium.

As the initial concentration increases further, the system settles into an ordered state in which fluctuations are again small.

Change in the initial concentrations of the substances does not affect the equilibrium.

In general this is a function of the initial concentrations, and the rate constant(s) of the process.

This states that after one lifetime (1/k), the ratio of final to initial concentrations is equal to about 0.37.

There are a lot of problems and side effects related to the fact that we provide a very large initial concentration with oral medication.

The initial concentrations of two species in a reaction may be defined by: