Consider a reversible reaction taking place in a $$10$$ litre closed vessel at $$300K$$, Xg⇌$$2Zg$$; Initially two moles of ‘X’ is present in the vessel. At equilibrium two moles of ‘Z’ is formed. Kc for the reaction at $$300$$ K will be

Question

Consider a reversible reaction taking place in a $$10$$ litre closed vessel at  $$300K$$, Xg⇌$$2Zg$$; Initially two moles of ‘X’ is present in the vessel. At equilibrium two moles of ‘Z’  is formed.  Kc for the reaction at $$300$$ K will be

Infinity Learn · Accepted Answer

stoichiometry      $$1mole$$     $$2moles$$                                Xg ⇌ $$2Zg$$; initial moles           $$2$$             $$-$$ moles at eqbm    $$2-1$$        $$2$$ eq. conc                   $$110$$      $$210$$ $$Kc=Z2X=0.220.1=0.04M$$

Consider a reversible reaction taking place in a 10 litre closed vessel at 300K, $X (g) ⇌ 2 Z (g);$ Initially two moles of ‘X’ is present in the vessel. At equilibrium two moles of ‘Z’ is formed. $K_{c}$ for the reaction at 300 K will be

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Consider a reversible reaction taking place in a 10 litre closed vessel at 300K, Xg⇌2Zg; Initially two moles of ‘X’ is present in the vessel. At equilibrium two moles of ‘Z’ is formed. Kc for the reaction at 300 K will be

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Consider a reversible reaction taking place in a 10 litre closed vessel at 300K, $X (g) ⇌ 2 Z (g);$ Initially two moles of ‘X’ is present in the vessel. At equilibrium two moles of ‘Z’ is formed. $K_{c}$ for the reaction at 300 K will be