Water equilibrium constant for

In the first row the relative dielectric constant for the compound is given. In the second row the valency of the unit is given. The other rows give the values for the various FH parameters. Remaining parameters the characteristic size of a lattice site 0.3 nm the equilibrium constant for water association K — 100 the energy difference for a local gauche conformation with respect to a local trans energy it/ 8 — 0.8 A T the volume fraction in the bulk (pressure control) of free volume was fixed to (pbv = 0.042575... [Pg.62]

Equilibrium Constant for Water-Splitting Reactions The coenzyme NADP+ is the terminal electron acceptor in chloroplasts, according to the reaction... [Pg.750]

Percent Composition Total mass of element x 100% Molar mass of compound Kw Equilibrium Constant for Water... [Pg.289]

Equilibrium Constant for Water Kw = [H1+][OH ] PE Potential Energy Q Concentration of... [Pg.289]

Table 1 Equilibrium constants for water at different temperatures...

Just as -log[H ] = pH, equilibrium constants can be used in a more convenient form as -log P eq- Using these definitions, we can write the equilibrium constant for water in a new... [Pg.170]

Because the concentration of water is nearly constant at 55.5M (molar, see Section 3.3), the equilibrium constant for water (KJ is designated to be... [Pg.105]

Like all other reactions, processes or interactions in equilibrium, an acid, a base, and a proton are coimected through equilibrium constant for water this will read... [Pg.88]

The logarithmic form of the acid-base equilibrium constant for water will then be... [Pg.88]

Each chemical equilibrium has an equilibrium constant that is calculated from the concentrations of one or more species in the equation. The equilibrium constant for water, or water constant, K , at 25°C is... [Pg.514]

Of what significance is the very small value of 10 for K , the ionization equilibrium constant for water ... [Pg.525]

The symbol represents an active site on the catalyst surface. Concentration of - 2 is generally assumed to be negligible, so the step 2 rate constant , kH does not appear in the final rate expression. The rate constants kA and kr (adsorption and reforming) do appear in the rate expression. KW and KH are the adsorption equilibrium constants for water and hydrogen, respectively. [Pg.287]

The comparable equilibrium constant for water, K is 10 a factor of 10 (10 billion) smaller. [Pg.135]

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