The equilibrium concentration [ M + ] is constant and equal to the analytical concentration of the base, " C " b.
12.
The equilibrium concentration of 135 Xe however depends very little on neutron flux for ? > 10 17 neutrons / ( m 2 �s ).
13.
This means that a catalyst will not alter the equilibrium concentrations of the products and reactants but will only allow the reaction to reach equilibrium faster.
14.
Changing total pressure by adding an inert gas at constant volume does not affect the equilibrium concentrations ( see �Effect of adding an inert gas below ).
15.
The equilibrium concentration position of a reaction is said to lie " far to the right " if, at equilibrium, nearly all the reactants are consumed.
16.
The barrier can be overcome when a catalyst is also present in the mixture as in the contact process, but the catalyst does not affect the equilibrium concentrations.
17.
Those which do or can not leave vacancies in-place, which results in a local rise in the vacancy concentration far above that of the equilibrium concentration.
18.
At any given temperature, up to the melting point of the material, there is an equilibrium concentration ( ratio of vacant lattice sites to those containing atoms ).
19.
The equilibrium concentration of each component in the liquid phase is often different from its concentration ( or vapor pressure ) in the vapor phase, but there is a relationship.
20.
Thus ( 3 ) is a solution to the initial equilibrium problem and describes the equilibrium concentration of [ " Z " ] and [ " Z"
