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Unit IV 7. (a) How energy balance equation for adiabatic operation (b) 8. (a) (b) can be represented graphically? 10 Estimate the equilibrium constant at 600 K for the reaction At 298 K: C2H4(g) + H2O(g) → C₂H₂OH(g) At 298 K : AG° 2030 kcal/mol AF for H2O(g) = - 57798 cal/mol C2H5OH(g) = 56240 cal/mol = C2H4(g) 12496 cal/mol Discuss the General graphical procedure in detail. 10 The standard heat of gas phase reaction at 25°C =- (298 K) A+B →2R = 50000 J is Indicating that the reaction is strongly exothermic. It is planned to run this reaction at 1000 oC. What is the value of heat of reaction at this temperature? Is the reaction still exothermic at 1000°C. 5 5

Unit IV 7. (a) How energy balance equation for adiabatic operation (b) 8. (a) (b) can be represented graphically? 10 Estimate the equilibrium constant at 600 K for the reaction At 298 K: C2H4(g) + H2O(g) → C₂H₂OH(g) At 298 K : AG° 2030 kcal/mol AF for H2O(g) = - 57798 cal/mol C2H5OH(g) = 56240 cal/mol = C2H4(g) 12496 cal/mol Discuss the General graphical procedure in detail. 10 The standard heat of gas phase reaction at 25°C =- (298 K) A+B →2R = 50000 J is Indicating that the reaction is strongly exothermic. It is planned to run this reaction at 1000 oC. What is the value of heat of reaction at this temperature? Is the reaction still exothermic at 1000°C. 5 5

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter14: Chemical Equilibrium
Section: Chapter Questions
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Unit IV 7. (a) How energy balance equation for adiabatic operation (b) 8. (a) (b) can be represented graphically? 10 Estimate the equilibrium constant at 600 K for the reaction At 298 K: C2H4(g) + H2O(g) → C₂H₂OH(g) At 298 K : AG° 2030 kcal/mol AF for H2O(g) = - 57798 cal/mol C2H5OH(g) = 56240 cal/mol = C2H4(g) 12496 cal/mol Discuss the General graphical procedure in detail. 10 The standard heat of gas phase reaction at 25°C =- (298 K) A+B →2R = 50000 J is Indicating that the reaction is strongly exothermic. It is planned to run this reaction at 1000 oC. What is the value of heat of reaction at this temperature? Is the reaction still exothermic at 1000°C. 5 5
Transcribed Image Text:Unit IV 7. (a) How energy balance equation for adiabatic operation (b) 8. (a) (b) can be represented graphically? 10 Estimate the equilibrium constant at 600 K for the reaction At 298 K: C2H4(g) + H2O(g) → C₂H₂OH(g) At 298 K : AG° 2030 kcal/mol AF for H2O(g) = - 57798 cal/mol C2H5OH(g) = 56240 cal/mol = C2H4(g) 12496 cal/mol Discuss the General graphical procedure in detail. 10 The standard heat of gas phase reaction at 25°C =- (298 K) A+B →2R = 50000 J is Indicating that the reaction is strongly exothermic. It is planned to run this reaction at 1000 oC. What is the value of heat of reaction at this temperature? Is the reaction still exothermic at 1000°C. 5 5
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