Value of `K_(p)` in the reaction `MgCO_(3(s))hArrMgO_((s))+CO_(2(g))` isA. `K_(p)=P_(CO_(2))`B. `K_(p)=P_(CO_(2))xx(P_(CO_(2))xxP_(MgO))/(P_(MgCO_(3)))`C. `K_(p)=(P_(CO_(2))xxP_(MgO))/(P_(MgCO_(3)))`D. `K_(p)=(P_(MgCO_(3)))/(P_(CO_(2))xxP_(MgO))`

Value of `K_(p)` in the reaction `MgCO_(3(s))hArrMgO_((s))+CO_(2(g))`

1.	Value of `K_(p)` in the reaction `MgCO_(3(s))hArrMgO_((s))+CO_(2(g))` isA. `K_(p)=P_(CO_(2))`B. `K_(p)=P_(CO_(2))xx(P_(CO_(2))xxP_(MgO))/(P_(MgCO_(3)))`C. `K_(p)=(P_(CO_(2))xxP_(MgO))/(P_(MgCO_(3)))`D. `K_(p)=(P_(MgCO_(3)))/(P_(CO_(2))xxP_(MgO))`
Answer» Correct Answer - A In this reaction gaseous molecule count `MgCO_(3)to MgO_((s))+CO_(2(g))K_(p)=P_(CO_(2))`

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Value of `K_(p)` in the reaction `MgCO_(3(s))hArrMgO_((s))+CO_(2(g))` isA. `K_(p)=P_(CO_(2))`B. `K_(p)=P_(CO_(2))xx(P_(CO_(2))xxP_(MgO))/(P_(MgCO_(3)))`C. `K_(p)=(P_(CO_(2))xxP_(MgO))/(P_(MgCO_(3)))`D. `K_(p)=(P_(MgCO_(3)))/(P_(CO_(2))xxP_(MgO))`

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