Which of the following graphs are correct for the given reaction?
`H_(2(g))+CO_(2(g))hArrH_(2)O_((g))+CO_((g))`
Assume initially only `H_(2)` and `CO_(2)` are present:

At a given temperature, Ke is 4 for the reaction H_(2(g)) + CO_(2(g)) hArr H_(2)O_((g)) + CO_((g)) . Initially 0.6 moles each of H_(2) and CO_(2) are taken in 1lit flask. The equilibrium concentration of H_(2) O_((g)) is

The equilibrium constant K_(p) for the reaction H_(2)(g)+CO_(2)(g)hArrH_(2)O(g)+CO(g) is 4.0 at 1660^(@)C Initially 0.80 mole H_(2) and 0.80 mole CO_(2) are injected into a 5.0 litre flask. What is the equilibrium concentration of CO_(2)(g) ?

Calculate the equilibrium constant for the reaction, H_(2(g))+CO_(2(g))hArrH_(2)O_((g))+CO_((g)) at 1395 K , if the equilibrium constants at 1395 K for the following are: 2H_(2)O_((g))hArr2H_(2)+O_(2(g)) ( K_(1)=2.1xx10^(-13) ) 2CO_(2(g))hArr2CO_((g))+O_(2(g)) ( K_(2)=1.4xx10^(-12) )

Calculate the equilibrium constant for the reaction, H_(2(g))+CO_(2(g))hArrH_(2)O_((g))+CO_((g)) at 1395 K , if the equilibrium constants at 1395 K for the following are: 2H_(2)O_((g))hArr2H_(2)+O_(2(g)) ( K_(1)=2.1xx10^(-13) ) 2CO_(2(g))hArr2CO_((g))+O_(2(g)) ( K_(2)=1.4xx10^(-12) )

For the reaction, CO_((g))+H_(2)O_((g))hArrCO_(2(g))+H_(2(g)) at a given temperature, the equilibrium amount of CO_(2(g)) can be increased by:

From the given table answer the following questions: Reaction: H_(2)O(g) + CO_(2)(g) ,H_(2)(g) + CO_(2)(g) . Calculate S_(298)^(@) H_(2)O (g)