Methanol at 25 C, 8 bar is heated under constant P in closed system a) Determine b) Determine the final state if Q 32000 J mol c) Determine the final state if Q 52000 J mol Additional data the amount...

Question

Methanol at 25 C, 8 bar is heated under constant P in closed system a) Determine b) Determine the final state if Q 32000 J mol c) Determine the final state if Q 52000 J mol Additional data the amount of heat to produce 95 vapor Tsat (8 bar) AH vap CPL CPV 128 09 C 30135 J mol 112 40 J mol K 191 75 ...

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a To determine the amount of heat to produce 95 vapor we can use the following equation Q n v Hvap n l CpL T f T i where Q is the heat required J n v is the number of moles of vapor mol Hvap is the he ...

Methanol at 25 C, 8 bar is heated under constant P in closed system. a) Determine b) Determine the final

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Fundamentals Of Chemical Engineering Thermodynamics

Methanol at 25 C, 8 bar is heated under constant P in closed system. a) Determine b) Determine the final

Question:

a) Determine b) Determine the final state if Q = 32000 J/mol c) Determine the final state if Q = 52000 J/mol Additional data: the amount of heat to produce 95% vapor Tsat (8 bar) AH vap CPL CPV 128.09 C 30135 J/mol 112.40 J/mol/K = 191.75 J/mol/K

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a To determine the amount of heat to produce 95 vapor we can use the following equation Q n v Hvap n l CpL T f T i where Q is the heat required J n v is the number of moles of vapor mol Hvap is the he…View the full answer

Fundamentals Of Chemical Engineering Thermodynamics