Problem 4 Part B Air and water flow through the devices belo…

Problem 4 Part B Air and water flow through the devices below. The air, flowing at 300 kg/s, enters the heat exchanger at 850 K, 1 bar. The water, flowing at 50 kg/s, enters the heat exchanger as a compressed liquid at 10 MPa, 140 °C. The water enters the turbine at 520 °C and exits the turbine at 1.5 MPa. The turbine operates with an isentropic efficiency of 70%.   Assumptions to follow: Constant specific heats for ideal gases Entropy approximation range: ± 0.01 kJ/kg-K   Determine the temperature of the air exiting the heat exchanger (K)

Problem 1 Part A A plane wall is constructed of multiple mat…

Problem 1 Part A A plane wall is constructed of multiple materials, as shown below. Air at some temperature flows throughout the house (left-most side of the diagram, touching the drywall). The temperature of the outer wall (right-most side of the diagram) is provided along with the rate of heat transfer through the wall. The surface area normal to the heat transfer is 18 m2.   Draw the thermal resistance circuit (label all temperature locations and the heat transfer mode for the resistor) Include this drawing in your Work Submission. As a placeholder here, type “conduction.” ME3313_Exam1_FormulaSheet.pdf