The expression for S°(Cl2O)(g) is given by ,
S°(Cl2O)(g) = 2×S°(HClO)(g) - S°(H2O)(g) - ΔS°rxn
Given ,
The balanced chemical equation is ,
H2O (g) + Cl2O (g) → 2HClO (g)
The general standard entropy of the reaction is given by ,
ΔS°rxn = sum of the S°(Product ) - sum of the S°(reactants )
ΔS°rxn = ΣmS°products - ΣnS°reactants
where , m and n are the stoichiometry coefficients of each product and reactants .
Thus , the standard entropy of the given reaction is given by ,
ΔS°rxn = 2×S° (HClO)(g) - [ S°(H2O)(g) + S°(Cl2O)(g) ]
ΔS°rxn = 2×S° (HClO)(g) - S°(H2O)(g) - S°(Cl2O)(g)
Thus the S°(Cl2O) is given by ,
S°(Cl2O)(g) = 2×S°(HClO)(g) - S°(H2O)(g) - ΔS°rxn
Hence the expression for the standard entropy of Cl2O (g) is given by ,
S°(Cl2O)(g) = 2×S°(HClO)(g) - S°(H2O)(g) - ΔS°rxn
<h3>What is a balance chemical reaction ?</h3>
A balanced chemical reaction is a type of reaction which include the reactants and products in same amount i.e. the no of mole on both side of the reaction is remains same or balanced .
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