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At certain temperature 50% of HI is diss...

At certain temperature `50%` of `HI` is dissociated into `H_(2)` and `I_(2)` the equilibrium constant is

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Hydrogen iodide is injected into a container at 458^(@)C . Certain amount of HI dissociates to H_(2) and I_(2) At equilibrium, concentration of HI is found to be 0.421M while [H_(2)] and [I_(2)] each equal to 6.04xx10^(-2)M , at 458^(@)C . Calculate the value of the equilibrium constant of the dissociation of HI at the same temperature.

Hydrogen iodide is injected into a container at 458^(@)C . Certain amount of HI dissociates to H_(2) and I_(2) At equilibrium, concentration of HI is found to be 0.421M while [H_(2)] and [I_(2)] each equal to 6.04xx10^(-2)M , at 458^(@)C . Calculate the value of the equilibrium constant of the dissociation of HI at the same temperature.

Hydrogen iodide is injected into a container at 458^(@)C . Certain amount of HI dissociates to H_(2) and I_(2) At equilibrium, concentration of HI is found to be 0.421M while [H_(2)] and [I_(2)] each equal to 6.04xx10^(-2)M , at 458^(@)C . Calculate the value of the equilibrium constant of the dissociation of HI at the same temperature.

Hydrogen iodide is injected into a container at 458^(@)C . Certain amount of HI dissociates to H_(2) and I_(2) At equilibrium, concentration of HI is found to be 0.421M while [H_(2)] and [I_(2)] each equal to 6.04xx10^(-2)M , at 458^(@)C . Calculate the value of the equilibrium constant of the dissociation of HI at the same temperature.

At a certain temperature , only 50% HI is dissociated at equilibrium in the following reaction: 2HI(g)hArrH_(2)(g)+I_(2)(g) the equilibrium constant for this reaction is:

At a certain temperature , only 50% HI is dissociated at equilibrium in the following reaction: 2HI(g)hArrH_(2)(g)+I_(2)(g) the equilibrium constant for this reaction is:

At a certain temperature , only 50% HI is dissociated at equilibrium in the following reaction: 2HI(g)hArrH_(2)(g)+I_(2)(g) the equilibrium constant for this reaction is:

At a certain temp. 2HI hArrH_(2) + I_(2) . Only 50% HI is dissociated at equilibrium. The equilibrium constant is