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(a) For a gas turbine power cycle operating on an air-standard cycle, and treating the air as a perfect gas, show that the efficiency of the cycle is given by 1 V-1 γ n = 1- _ Rp. where Rp is the pressure ratio. Also, show that the work ratio is given by Ꭲ, Rw=1-; TH 1-71 (Rp) Y where TH and T are the highest and lowest temperatures in the cycle.

(a) For a gas turbine power cycle operating on an air-standard cycle, and treating the air as a perfect gas, show that the efficiency of the cycle is given by 1 V-1 γ n = 1- _ Rp. where Rp is the pressure ratio. Also, show that the work ratio is given by Ꭲ, Rw=1-; TH 1-71 (Rp) Y where TH and T are the highest and lowest temperatures in the cycle.

Elements Of Electromagnetics
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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please answer the image i attached thank you

(a) For a gas turbine power cycle operating on an air-standard cycle, and treating the air as a perfect gas, show that the efficiency of the cycle is given by 1 V-1 γ n = 1- _ Rp. where Rp is the pressure ratio. Also, show that the work ratio is given by Ꭲ, Rw=1-; TH 1-71 (Rp) Y where TH and T are the highest and lowest temperatures in the cycle.
Transcribed Image Text:(a) For a gas turbine power cycle operating on an air-standard cycle, and treating the air as a perfect gas, show that the efficiency of the cycle is given by 1 V-1 γ n = 1- _ Rp. where Rp is the pressure ratio. Also, show that the work ratio is given by Ꭲ, Rw=1-; TH 1-71 (Rp) Y where TH and T are the highest and lowest temperatures in the cycle.
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