Complete data for the Rankine Cycler experiment (Exp#5) is now posted on Beachboard. Please use it for the calculations and analysis. Explain the following information in the theory section of this report: What are the major differences between a gas turbine and a steam power plant. Compare the thermodynamic cycles of the two engines. Which engine is more efficient and why? Data collected by the data acquisition software is used to plot various graphs listed in part I. One set of data has also been selected to complete the calculations in part II. As discussed in class, the state and enthalpy at point 1 (steam leaving the boiler) must be determined using property tables, and detailed analysis and interpolations must be included in your sample calculations. The link Thermophysical Properties of Fluid Systems must be used to find the enthalpy at every point of analysis (point 1, 2, 3/4, and 5) and the entropy at point 2. These values must be presented in the following table. Note that point 5 is assumed to be saturated liquid at Patm . : Point T (oF) P (psia) state h (Btu/lbm) 1 S (Btu/lbmR) NR 2 3/4 3i NR NR 5 Saturated liqiud NR Note that these enthalpy values must be used in calculations and analysis of various components. The results of part 2 calculations must be presented in a table. Make sure to include the units Attached is the description of required calculations for this lab Attachment(s): Attachment(s): Lab 5 Required Calculations.