In a simple single stage gas turbine plant, if T1 is the minimum temperature and T3 is the maximum temperature then what is the work ratio in terms of rP?

\(1 - \frac {T_1}{T_3} (r_p)^\frac {\gamma}{\gamma - 1}\)

\(1 - \frac {T_3}{T_1} (r_p)^\frac {\gamma - 1}{\gamma}\)

\(1 - \frac {T_1}{T_3} (r_p)^\frac {\gamma - 1}{\gamma}\)

\(1 - \frac {T_1}{T_3} (r_p)^\frac 1 {\gamma}\)

In a simple single stage gas turbine plant, if T1 is the minimum temp

1.	In a simple single stage gas turbine plant, if T1 is the minimum temperature and T3 is the maximum temperature then what is the work ratio in terms of rP?
A.	\(1 - \frac {T_3}{T_1} (r_p)^\frac {\gamma - 1}{\gamma}\)
B.	\(1 - \frac {T_1}{T_3} (r_p)^\frac {\gamma - 1}{\gamma}\)
C.	\(1 - \frac {T_1}{T_3} (r_p)^\frac {\gamma}{\gamma - 1}\)
D.	\(1 - \frac {T_1}{T_3} (r_p)^\frac 1 {\gamma}\)
Answer» C. \(1 - \frac {T_1}{T_3} (r_p)^\frac {\gamma}{\gamma - 1}\)

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In a simple single stage gas turbine plant, if T1 is the minimum temperature and T3 is the maximum temperature then what is the work ratio in terms of rP?

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