B) A 0.1 m cylinder contains a gaseous mixture with molar composition of 97% CO and...

 

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B) A 0.1 m cylinder contains a gaseous mixture with molar composition of 97% CO and 3% CO2 initially at 138 bars. Due to a leak, the pressure of the mixture drops to 129 bars while the temperature remains constant at 10°C. Calculate the amount of mixture (in kmol) that leaks from the cylinder, using: i) [10 marks] The Amagat's model The Kay's rule [10 marks] ii) What result regarding your answers to Q6 (B), (i) and (ii) above do you consider iii) to be accurate? Why? [2 marks] [Data: Critical values:- Tc (CO) = 132.7K; Tc (CO2) = 304.25K; Pc (CO) = 3.5 MPa; Pc (CO2) = 7.39 MPa] B) A 0.1 m cylinder contains a gaseous mixture with molar composition of 97% CO and 3% CO2 initially at 138 bars. Due to a leak, the pressure of the mixture drops to 129 bars while the temperature remains constant at 10°C. Calculate the amount of mixture (in kmol) that leaks from the cylinder, using: i) [10 marks] The Amagat's model The Kay's rule [10 marks] ii) What result regarding your answers to Q6 (B), (i) and (ii) above do you consider iii) to be accurate? Why? [2 marks] [Data: Critical values:- Tc (CO) = 132.7K; Tc (CO2) = 304.25K; Pc (CO) = 3.5 MPa; Pc (CO2) = 7.39 MPa]

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In order to calculate the leakage we have to calculate the number of mols ... View the full answer