100 kg/s of ethylene are being compressed from 1 atm and 25 C to 40 atm and 25 C. Calculate: a. The specific volume in L/Kg at the entrance (1 atm) and exit (40 atm) of the compressor. b. The volumetric flow rate in L/s at the entrance (1 atm) and exit (40 atm) of the compressor. Use the generalized compressibility chart for calculating the gas properties of non-ideal gases. Additional data: Pc=50.5 atm, Tc=283.1 K, =0.087, MW=28.05 g/mol

Read the problems carefully. Pay close attention to units and significant figures. Make sure you show all your work. Partial credit cannot be assigned if all work is not shown. Procedure, numerical result and significant figures will be considered to assign grades. 1. 100kg/s of ethylene are being compressed from 1 atm and 25C to 40atm and 25C. Calculate: a. The specific volume in L/Kg at the entrance (1atm) and exit ( 40atm) of the compressor. b. The volumetric flow rate in L/s at the entrance (1atm) and exit (40 atm) of the compressor. Use the generalized compressibility chart for calculating gas properties of non-ideal gases. Additional data: Pc=50.5atm,Tc=283.1K,=0.087,MW=28.05g/mol Read the problems carefully. Pay close attention to units and significant figures. Make sure you show all your work. Partial credit cannot be assigned if all work is not shown. Procedure, numerical result and significant figures will be considered to assign grades. 1. 100kg/s of ethylene are being compressed from 1 atm and 25C to 40atm and 25C. Calculate: a. The specific volume in L/Kg at the entrance (1atm) and exit ( 40atm) of the compressor. b. The volumetric flow rate in L/s at the entrance (1atm) and exit (40 atm) of the compressor. Use the generalized compressibility chart for calculating gas properties of non-ideal gases. Additional data: Pc=50.5atm,Tc=283.1K,=0.087,MW=28.05g/mol