Develop a "cheat sheet" that gives the thermodynamic process models for the common components listed below which we will use in our thermodynamic analysis of steady-flow systems and cycles. Chapter 4 of the text is a good reference for this information. Use onehalf page for each component, succinctly state the purpose of the component. Provide a small diagram of the process and define the necessary quantitios on the diagram, and show a

T-s

representation of the process. Do this for each of the following components:\ turbine\ compressor\ pump\ throttle\ heat exchanger (regenerator type-no phase change on either side)\ mixer, or open feedwater heater (2 inflows, one outflow)\ separator (saturated mix of liquid & vapor in, separate streams of vapor and liquid out)\ heater (simple burner--heat in, no phase change)\ boiler (heating of liquid in with phase change--vapor out)\ condenser (vapor or mixed quality in on hot side, liquid out on hot side, no phase change on cold side)\ No discussion necessary.

1. Develop a "cheat sheet" that gives the thermodynamic process models for the common components listed below which we will use in our thermodynamic analysis of steady-flow systems and cycles. Chapter 4 of the text is a good reference for this information. Use onehalf page for each component, succinctly state the purpose of the component. Provide a small diagram of the process and define the necessary quantitios on the diagram, and show a T-s representation of the process. Do this for each of the following components: - turbine - compressor - pump - throttle - heat exchanger (regenerator type-no phase change on either side) - mixer, or open feedwater heater (2 inflows, one outflow) - separator (saturated mix of liquid \& vapor in, separate streams of vapor and liquid out) - heater (simple burner--heat in, no phase change) - boiler (heating of liquid in with phase change--vapor out) - condenser (vapor or mixed quality in on hot side, liquid out on hot side, no phase change on cold side) No discussion necessary