i need the plots and the codes for this one

You have been asked to design a power facility for a lunar-based laboratory. You have selected a simple Brayton cycle that uses Neon as the working fluid and has pressure ratio of 6 . The schematic of the Brayton cycle is shown below in Figure 1. The heat-rejecting heat exchanger maintains the state at the entrance to the compressor at 50kPa and 20C. You have elected to use solar collectors to serve as the heat supply. Tests of these collectors give the temperature increase in the heating chamber as a function of the mass flow rate of the Neon, in kg/s. That data is illustrated in the graph, Figure 2. Where required, for simplicity, specific heats will be assumed to be constant at standard earth conditions. Using appropriate software (Mat lab, Mathcad, C++, Excel, Word,....) to perform associated computations, generate graphs, tables and text: a) Show analytical expressions for heat added, heat rejected, compressor work and turbine work. b) Develop a plot of the power that will be produced by this system as function of Neon mass flow rate c) Develop a plot of thermal efficiency as a function of Neon mass flow rate. d) Comment on the "optimal" flow rate at which to operate this power plant. Your team should submit as part of your report a comprehensive discussion on the operation of the Brayton cycle, assumptions made and conclusions. Make extensive use of references to analytical expressions, cycle components and plots. In that the report is part of the communication back to the project engineers on earth, it must be clear, well written and well documented. Figure 1 Space Lab Brayton Power Cycle With Solar Collectors Figure 2 Temperature Difference as a Function of Mass Flow Rate of Neon