Task 5 from a to c Task 6Using air as the working fluid, a simple Brayton cycle operates with minimum and maximumtemperature of 27 °C and 697°C. It is operating with maximum cycle pressure 16 bar und minimumcycle pressure 1 bar. The mass flow rate is 10 kg/s. The isentropic efficiency of compressor is80% and the isentropic efficiency of turbine is 90%. Take air as ideal gas and assume constantspecific heats at room temperature.Note the following:ideal gas equation of state:Pv = RT,PV = mRT. P2V2 – P,V1T1I|T2k-1k-1T2k=ideal gas undergoing an isentropic process:T1constant specific heats and gas constant with:kJCy = 0.718kg · K'kJCp = 1.005;kg · K’kJR = 0.287.k = 1.4,kg · KDraw or calculate:(a) a “T-s" or “P-v" diagram that represents this Brayton cycle.(b) the actual outlet temperature (K) of the compressor.(c) the actual outlet temperature (K) of the turbine.(d) the actual work required per unit mass (kJ/kg) of the compressor.(e) the actual work produced per unit mass (kJ/kg) of the turbine.(f) the thermal efficiency (%) of the cycle.(g) the power output (kW) of the cycle.

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Using air as the working fluid, a simple Brayton cycle operates with minimum and maximum temperature of 27 °C and 697°C. It is operating with maximum cycle pressure 16 bar und minimum cycle pressure 1 bar. The mass flow rate is 10 kg/s. The isentropic efficiency of compressor is 80% and the isentropic efficiency of turbine is 90%. Take air as ideal gas and assume constant specific heats at room temperature. Note the following: ideal gas equation of state: Pv = RT,PV = mRT, T2 P2V2 _ P,V1 T1 k-1 ideal gas undergoing an isentropic process: constant specific heats and gas constant with: kJ Cy = 0.718; kg · K' kJ Cp = 1.005; kg · K’ kJ R = 0.287; kg · K k = 1.4, Draw or calculate: (a) a “T-s" or “P-v" diagram that represents this Brayton cycle. (b) the actual outlet temperature (K) of the compressor. (c) the actual outlet temperature (K) of the turbine.

Using air as the working fluid, a simple Brayton cycle operates with minimum and maximum temperature of 27 °C and 697°C. It is operating with maximum cycle pressure 16 bar und minimum cycle pressure 1 bar. The mass flow rate is 10 kg/s. The isentropic efficiency of compressor is 80% and the isentropic efficiency of turbine is 90%. Take air as ideal gas and assume constant specific heats at room temperature. Note the following: ideal gas equation of state: Pv = RT,PV = mRT, T2 P2V2 _ P,V1 T1 k-1 ideal gas undergoing an isentropic process: constant specific heats and gas constant with: kJ Cy = 0.718; kg · K' kJ Cp = 1.005; kg · K’ kJ R = 0.287; kg · K k = 1.4, Draw or calculate: (a) a “T-s" or “P-v" diagram that represents this Brayton cycle. (b) the actual outlet temperature (K) of the compressor. (c) the actual outlet temperature (K) of the turbine.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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