15. 33 kg/s of steam (superheated water vapor) enters a SSSF condenser at 350C, 4 MPa....

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15. 33 kg/s of steam (superheated water vapor) enters a SSSF condenser at 350C, 4 MPa. 5 kg/s more steam enters the condenser at 300C, 2.5 MPa, 27 kg/s of saturated vapor water exits the condenser at 2 MPa, and the rest exits as saturated liquid water at 120C. (a) Draw a schematic of this device. Write your assumptions. (b) Write the pertinent info for each inlet and outlet flow. Be sure to list tables used. (c) What is the mass flow rate for the 120C water? (d) Determine the heat transfer rate for this condenser (in kJ/s)? (e) Is it heat transferred TO or FROM the condenser? 15. 33 kg/s of steam (superheated water vapor) enters a SSSF condenser at 350C, 4 MPa. 5 kg/s more steam enters the condenser at 300C, 2.5 MPa, 27 kg/s of saturated vapor water exits the condenser at 2 MPa, and the rest exits as saturated liquid water at 120C. (a) Draw a schematic of this device. Write your assumptions. (b) Write the pertinent info for each inlet and outlet flow. Be sure to list tables used. (c) What is the mass flow rate for the 120C water? (d) Determine the heat transfer rate for this condenser (in kJ/s)? (e) Is it heat transferred TO or FROM the condenser?