At 1127K & 1 atm, a gaseous mixture of CO and `CO_2` in equilibrium with solid carbon has 90.55% of CO by mass `C(g)+CO_2(g)

At 1127K and 1 atm pressure, a gaseous mixture of CO and CO_(2) in equilibrium with soild carbon has 90.55% CO by mass C(s)+CO_(2)(g)hArr2CO(g) Calculate K_(c) for this reaction at the above temperature.

At 1127 K and 1 atm pressure, a gaseous mixture of CO and CO_(2) in equilibrium with solid carbon has 90.55% CO by mass: C_((s))+CO_(2(g))hArr2CO_((g)) Calculate K_(c) for the reaction at the above temperature.

At 1127 K and 1 atm pressure, a gaseous mixture of CO and CO_(2) in equilibrium with solid carbon has 90.55% CO by mass: C_((s))+CO_(2(g))hArr2CO_((g)) Calculate K_(c) for the reaction at the above temperature.

At 1127 K and 1 atm pressure, a gaseous mixture of CO and CO_(2) in equilibrium with solid carbon has 90.55% CO by mass: C_((s))+CO_(2(s))hArr2CO_((g)) Calculate K_(c) for the reaction at the above temperature.

At 1127 K and 1 atm pressure , a gaseous mixtue of CO and CO_2 in equilibrium with solid carbon has 90.55% CO by mass C(s) + CO_2 hArr 2CO(g) Calculate K_c for this reaction at the above temperature.

A gaseous mixture of H_2 and CO_2 gases contains 66 mass % of CO_2 . The vapour density of the mixture is :