3. A variation of problem 7.35 (compressor) which I also discussed in class. You want to design an adiabatic compressor to process 4kg (of Methane)/sec with an exit pressure of 20 bar and a compression ratio between 5-6 (the compression ratio is the density of CH4 at the outlet divided by the inlet density). Provide: a. Exit temperature and inlet temperature and pressure. Constraints: 55CP1>1 bar The following table shows a possible range of exit and inlet conditions, you need to use NIST to populate the table. b. Exit enthalpy and power if the compressor is to be operating with an efficiency that remains constant at 0.8 3. A variation of problem 7.35 (compressor) which I also discussed in class. You want to design an adiabatic compressor to process 4kg (of Methane)/sec with an exit pressure of 20 bar and a compression ratio between 5-6 (the compression ratio is the density of CH4 at the outlet divided by the inlet density). Provide: a. Exit temperature and inlet temperature and pressure. Constraints: 55CP1>1 bar The following table shows a possible range of exit and inlet conditions, you need to use NIST to populate the table. b. Exit enthalpy and power if the compressor is to be operating with an efficiency that remains constant at 0.8