A sample of `HI(g)` is placed in flask at a pressure of `0.2`atm. At equilibrium the partial pressure of `HI(g)` is `0.04` atm. What is `K_(p)` for the given equilibrium ?
`2HI(g)hArrH_(2)(g)+I_(2)(g)`

If the equilibrium constant for the reaction, H_(2)(g) +I_(2)(g) hArr 2HI(g) is K What is the equilibrium constant of HI(g) rarr 1/2 H_(2)(g) + 1/2I_(2)(g) ?

SO_(2) CI_(2) and CI_(2) are introduced into a 3L vessel. Partial pressure of SO_(2) CI_(2) and CI_(2) at equilibrium are I atm and 2 atm respectively. The value of K_(p) is 10 for the reaction SO_(2) Cl_(2) (g) hArr SO_(2) (g) + Cl_(2) (g). The total pressure in atm at equilibrium would be ____

Some solid NH_4HS is placed in a flask containing 0.5 atm NH_3 . What is the equilibrium presence of NH_3 if K_p =0.11 atm^2 for the reaction NH_4HS(s) leftrightarrow NH_3(s)+H_2S(g) .

At a certain temperature and total pressure of 10^(5)Pa , iodine vapour contains 40% by volume of I atoms I_(2)(g)hArr2I(g) Calculate K_(p) for the equilibrium

H_(2)S_((g)) intially at a pressure of 10 atm anda temperature of 800K, dissociates as 2H_(2)S_((g)) hArr 2H_(2) +S_(2(g)) At equilibrium, the partial pressure of S, vapour is 0.02 atm. Thus, K_(p) is

K_(c) for the reaction N_(2)O(g)hArr2NO_(2)(g) is 4.63xx10^(-3) at 25^(2)C . a. What is the value of K_(p) at this temperature? b. At 25^(@)C , if the partial pressure of N_(2)O_(4)(g) at equilibrium is 0.2 atm, calculate equilibrium pressure of NO_(2)(g)

A flask contains 3g H_(2) and 24g O_(2). The partial pressure of hydrogen in the mixture is

4.5 moles, each of hydrogen and iodine was heated in a sealed 10 L vessel. At equilibrium, 3 moles of HI were found. The equilibrium constant for H_(2) (g) + I_(2) (g) rarr 2HI (g) , is

K_(p)=0.04 atm at 899K for the equilibrium shown below. What is the equilibrium concentration of C_(2)H_(6) when it is placed in a flask at 4.0 atm pressure and allowed to come to equilibrium ? C_(6)H_(6)(g)hArrC_(2)H_(4)(g)+H_(2)(g)

The equilibrium conatant for the reaction H_(2(g)) + I_(2(g)) hArr 2HI_((g)) is 2 at a certain temperature. The equilibrium concentrations of H_(2) and HI are 2 mole . lit^(-1) . What is the equilibrium concentration (in mole lit^(-1) ) of I_(2) ?