Delta S" for the reaction; "MgCO_(3)(s)rarr MgO(s)+CO_(2)(g)" will be : "

triangleS for the reaction, MgCO_3(s)rarrMgO(s)+CO_2(g) will be

For the reaction : CaCO_(3) (s) hArr CaO (s) + CO_(2) (g)

K_p for the reaction, MgCO_(3(s)) rarr MgO_((s)) + CO_(2(g)) is 9 xx 10^(-10) . Calculate DeltaG^@ for the reactionat 25^@C .

For the reaction : C(s) + O_(2)(g) rarr CO_(2)(g)

Value of K_(p) in the reaction MgCO_(3(s))hArr MgO_((s))+CO_(2(g)) is :

K_(p) for the reaction MgCO_(3_((s))) to MgO_((s)) + CO _(2_((g))) " is " 9 xx 10^(-10) . Calculate Delta G^(@) for the reaction at 25^(@)C .

In the preparation of MgO, the reaction is MgCO_(3)(s) hArr MgO(s) + CO_(2)(g) Experiments carried out between 50^(@) C and 950^(@) C led to a set of K_(p) values fitting an empirical equation log K_(p) = 7.310 - (8500)/(T) . If the reaction is carried out in quiet air, then

Equilibrium constant Kp for following reaction: MgCO_(3) (s) hArr MgO(s) + CO_(2) (g)

Equilibrium constant Kp for following reaction: MgCO_(3) (s) hArr MgO(s) + CO_(2) (g)

Equilibrium constant Kp for following reaction: MgCO_(3) (s) hArr MgO(s) + CO_(2) (g)