In a gas urbine unit. the gases flow through the turbine is 15 kg's aud the power developed by the tubine is 12000 kW The enthalpies of gases at the inler and outlet are 1260 kJkg and 400 kJke respectively. and the velocity of gases at the inlet and outlet are 50 m's aad 110ms respectively. Calculate The rate at which heat is rejected to the tubine. and The area of the inlet pipe given that the specifie volume of the gases at the mlet is 0.15 m3 kg.
In a gas urbine unit. the gases flow through the turbine is 15 kg's aud the power developed by the tubine is 12000 kW The enthalpies of gases at the inler and outlet are 1260 kJkg and 400 kJke respectively. and the velocity of gases at the inlet and outlet are 50 m's aad 110ms respectively. Calculate The rate at which heat is rejected to the tubine. and The area of the inlet pipe given that the specifie volume of the gases at the mlet is 0.15 m3 kg.
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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Question
In a gas urbine unit. the gases flow through the turbine is
15 kg's aud the power developed by the tubine is 12000 kW
The enthalpies of gases at the inler and outlet are 1260 kJkg
and 400 kJke respectively. and the velocity of gases at the
inlet and outlet are 50 m's aad 110ms respectively. Calculate
The rate at which heat is rejected to the tubine. and
The area of the inlet pipe given that the specifie volume of
the gases at the mlet is 0.15 m3 kg.
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