Reaction of earthen oxides to form stable carbonates has been suggested as a potential process for...

 

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Reaction of earthen oxides to form stable carbonates has been suggested as a potential process for sequestering carbon dioxide. For instance, iron (II) oxide forms iron (II) carbonate: FeO(s) + CO2(g) → FeCO3(s) - Using the thermodynamic data in the table provided below, calculate the change in enthalpy for this reaction at 298 K and 500 K. AH° (kJ mol-¹) -393.5 -272.0 -741.0 CO₂(g) FeO(s) FeCO3(s) Cp.m (J mol-¹ K-¹) 25.0+ 55.1 x 10-3 x T 68.2 82.8 Reaction of earthen oxides to form stable carbonates has been suggested as a potential process for sequestering carbon dioxide. For instance, iron (II) oxide forms iron (II) carbonate: FeO(s) + CO2(g) → FeCO3(s) - Using the thermodynamic data in the table provided below, calculate the change in enthalpy for this reaction at 298 K and 500 K. AH° (kJ mol-¹) -393.5 -272.0 -741.0 CO₂(g) FeO(s) FeCO3(s) Cp.m (J mol-¹ K-¹) 25.0+ 55.1 x 10-3 x T 68.2 82.8

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SOLUTION 8 Reaction of earthen oxides to form sol useful formulas 12 ... View the full answer