Repeat the reverse Brayton example given in video 21 but assuming that the turbine is non-ideal and has an isentropic ef

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Repeat the reverse Brayton example given in video 21 but assuming that the turbine is non-ideal and has an isentropic ef

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Repeat The Reverse Brayton Example Given In Video 21 But Assuming That The Turbine Is Non Ideal And Has An Isentropic Ef 1
Repeat The Reverse Brayton Example Given In Video 21 But Assuming That The Turbine Is Non Ideal And Has An Isentropic Ef 1 (21.75 KiB) Viewed 46 times
Repeat the reverse Brayton example given in video 21 but assuming that the turbine is non-ideal and has an isentropic efficiency of 0.84. a) Draw the T-s diagram and label work and heat inputs and outputs. Be sure to show the saturation dome and stage numbering. b) Calculate the input power required in kW c) Calculate the refrigeration capacity of the system in kW d) Calculate the Coefficient of Performance e) Compare these results to the ideal case analyzed in video 21.
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